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    2. Alphalas高速光電探測器,光電探測器

      光纖光譜儀,積分球,均勻光源,太赫茲系統應用專家
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      Alphalas

      Alphalas高速光電探測器,光電探測器

      Alphalas高速光電探測器,光電探測器

       

      ALPHLAS UPD系列自由空間入射超快光電探測器系列適合用于從直流到25GHz的空間光波形的測量?商峁z測短為15ps上升時間的光脈沖信號,覆蓋從170至2600nm的光譜范圍。 所有探測器都由緊湊堅實的過氧極化鋁外殼封裝,供電方式可以采用電池或外接電源。 是可提供從170到1100 nm擴展到紫外光譜范圍高速硅探測器商業產品。 另一種類型獨特的紫外線敏感的InGaAs 探測器,可用于檢測從350到1700納米范圍內的激光脈沖,因此具有寬的光譜范圍和高的響應速度。完美的阻抗匹配和先進的微波技術,確保測量的脈沖波形的保真度。用戶可以自由使用50Ω的匹配電阻,進行高響應速度的檢測;驗楂@得大的信號響應曲線,加入高阻抗負載。保證了UPD產品為不同的應用提供大的靈活性。 結合BBA系列寬帶高增益放大器,高速光探測器對于取代昂貴和繁瑣的雪崩光電二極管是一個極好的選擇。UPD的系列高速光電探測器是激光和光子學研究的不可缺少的工具。

       

      UPD Series
      Model Rise Time (ps) Band- width (GHz) Spectral Range (nm) Quantum Efficiency
      @ Peak
      Sensitive Area (Dia. μm / mm2) Noise Equiv. Power (W/√Hz) Dark Current (nA) Material Optical Input / Window Type 1) RF
      Output Connec- tor Type
      UPD-15-IR2-FC < 15 > 25 800 - 1700 75% Fiber, 9 um 1.0 × 10-15 0.1 InGaAs Fiber w. FC/APC SMA
      UPD-30-VSG-P < 30 > 10 320 - 900 40% 200×200 / 0.04 3.0 × 10-15 0.1 GaAs Polished, glass SMA
      UPD-35-IR2-P < 35 > 10 800 -1700 80% 55 / 0.0024 1.0 × 10-15 0.3 InGaAs Polished, glass SMA
      UPD-35-IR2-D < 35 > 10 800 -1700 80% 55 / 0.0024 1.0 × 10-15 0.3 InGaAs Diffuse, quartz SMA
      UPD-35-IR2-FR < 35 > 10 800 -1700 80% 55 / 0.0024 1.0 × 10-15 0.3 InGaAs FC/PC receptacle SMA
      UPD-35-IR2-FC < 35 > 10 800 -1700 80% Fiber, 9 μm 1.0 × 10-15 0.3 InGaAs Fiber w. FC/APC SMA
      UPD-35-UVIR-P < 35 > 10 350 -1700 80% 55 / 0.0024 1.0 × 10-15 0.3 InGaAs Polished, MgF2 SMA
      UPD-35-UVIR-D < 35 > 10 350 -1700 80% 55 / 0.0024 1.0 × 10-15 0.3 InGaAs Diffuse, quartz SMA
      UPD-40-VSI-P < 40 > 8.5 500 - 1690 40% 200×200 / 0.04 3.0 × 10-10 5000 InGaAs Polished, glass SMA
      UPD-40-IR2-P < 40 > 8.5 800 - 1700 80% 60 / 0.0028 1.1 × 10-15 0.5 InGaAs Polished, glass SMA
      UPD-40-IR2-D < 40 > 8.5 800 - 1700 80% 60 / 0.0028 1.1 × 10-15 0.5 InGaAs Diffuse, quartz SMA
      UPD-40-IR2-FR < 40 > 8.5 800 - 1700 80% 60 / 0.0028 1.1 × 10-15 0.5 InGaAs FC/PC receptacle SMA
      UPD-40-IR2-FC < 40 > 8.5 800 - 1700 80% Fiber, 9 μm 1.1 × 10-15 0.5 InGaAs Fiber w. FC/APC SMA
      UPD-40-UVIR-P < 40 > 8.5 350 - 1700 80% 60 / 0.0028 1.1 × 10-15 0.5 InGaAs Polished, MgF2 SMA
      UPD-40-UVIR-D < 40 > 8.5 350 - 1700 80% 60 / 0.0028 1.1 × 10-15 0.5 InGaAs Diffuse, quartz SMA
      UPD-50-SP < 50 > 7.0 320 - 1100 45% 100 / 0.0079 1.2 × 10-15 0.001 Si Polished, glass SMA
      UPD-50-SD < 50 > 7.0 320 - 1100 45% 100 / 0.0079 1.2 × 10-15 0.001 Si Diffuse, quartz SMA
      UPD-50-UP < 50 > 7.0 170 - 1100 45% 100 / 0.0079 1.2 × 10-15 0.001 Si Polished, MgF2 SMA
      UPD-50-UD < 50 > 7.0 170 - 1100 45% 100 / 0.0079 1.2 × 10-15 0.001 Si Diffuse, quartz SMA
      UPD-70-IR2-P < 70 > 5.0 800 - 1700 80% 80 / 0.005 2.0 × 10-15 0.8 InGaAs Polished, glass SMA
      UPD-70-IR2-D < 70 > 5.0 800 - 1700 80% 80 / 0.005 2.0 × 10-15 0.8 InGaAs Diffuse, quartz SMA
      UPD-70-IR2-FR < 70 > 5.0 800 - 1700 80% 80 / 0.005 2.0 × 10-15 0.8 InGaAs FC/PC receptacle SMA
      UPD-70-IR2-FC < 70 > 5.0 800 - 1700 80% Fiber, 9 μm 2.0 × 10-15 0.8 InGaAs Fiber w. FC/APC SMA
      UPD-70-UVIR-P < 70 > 5.0 350 - 1700 80% 80 / 0.005 2.0 × 10-15 0.8 InGaAs Polished, MgF2 SMA
      UPD-70-UVIR-D < 70 > 5.0 350 - 1700 80% 80 / 0.005 2.0 × 10-15 0.8 InGaAs Diffuse, quartz SMA
      UPD-100-IR1-P < 100 > 3.0 400 - 2000 80% 80 / 0.005 3.0 × 10-13 700 Ge Polished, glass SMA
      UPD-200-SP < 175 > 2.0 320 - 1100 85% 400 / 0.126 1.5 ×10-15 0.001 Si Polished, glass BNC
      UPD-200-SD < 175 > 2.0 320 - 1100 85% 400 / 0.126 1.5 ×10-15 0.001 Si Diffuse, quartz BNC
      UPD-200-UP < 175 > 2.0 170 - 1100 85% 400 / 0.126 1.5 ×10-15 0.001 Si Polished, MgF2 BNC
      UPD-200-UD < 175 > 2.0 170 - 1100 85% 400 / 0.126 1.5 ×10-15 0.001 Si Diffuse, quartz BNC
      UPD-300-SP < 300 > 1.0 320 - 1100 90% 600 / 0.283 3.0 ×10-15 0.01 Si Polished, glass BNC
      UPD-300-SD < 300 > 1.0 320 - 1100 90% 600 / 0.283 3.0 ×10-15 0.01 Si Diffuse, quartz BNC
      UPD-300-UP < 300 > 1.0 170 - 1100 90% 600 / 0.283 3.0 ×10-15 0.01 Si Polished, MgF2 BNC
      UPD-300-UD < 300 > 1.0 170 - 1100 90% 600 / 0.283 3.0 ×10-15 0.01 Si Diffuse, quartz BNC
      UPD-500-SP < 500 > 0.6 320 - 1100 90% 800 / 0.5 3.5 ×10-15 0.01 Si Polished, glass BNC
      UPD-500-SD < 500 > 0.6 320 - 1100 90% 800 / 0.5 3.5 ×10-15 0.01 Si Diffuse, quartz BNC
      UPD-500-UP < 500 > 0.6 170 - 1100 90% 800 / 0.5 3.5 ×10-15 0.01 Si Polished, MgF2 BNC
      UPD-500-UD < 500 > 0.6 170 - 1100 90% 800 / 0.5 3.5 ×10-15 0.01 Si Diffuse, quartz BNC
      UPD-3N-IR2-P < 150 > 0.4 800 - 2100 75% 300 / 0.07 1.5 ×10-13 90 InGaAs Polished, glass BNC
      UPD-5N-IR2-P < 200 > 0.3 800 - 2600 70% 300 / 0.07 7.0 ×10-13 2000 InGaAs Polished, glass BNC
      UPD-2M-IR2-P < 75000 > 0.004 900 - 1700 80% 2000 / 3.14 4.0 ×10-14 5 InGaAs Polished, glass BNC
      UPD-2M-IR2-P- 1TEC < 75000 > 0.004 900 - 1700 75% 2000 / 3.14 1.0 ×10-14 0.3 InGaAs Polished, glass BNC

       

       

       

      Laser Diagnostic Tools
      Item Part Number Description
      Ultrafast Photodetectors: UPD Series
      1. UPD-15-IR2-FC NEW! Ultrafast InGaAs Photodetector,
      risetime <15 ps, bandwidth >25 GHz,
      spectral range 800-1700 nm, 1 m SM fiber, with FC/APC, SMA connector for the RF output. Needs +6 VDC supply. Not compatible with the optional filter holder.
      2. UPD-30-VSG-P NEW! Ultrafast GaAs Schottky Photodetector,
      risetime <30 ps, bandwidth >10 GHz,
      spectral range 320-900 nm, high sensitivity (typ. 0.25 A/W), large sensitive area (0.2x0.2 mm), polished glass window, SMA connector Attention - absolute limits:
      CW to pulsed light with pulse width > 1 ns: 5 mW;
      Only pulsed, < 1 ns: 50 mW.
      Needs +9 VDC supply.
      3. UPD-35-IR2-P NEW! Ultrafast InGaAs Photodetector, risetime <35 ps,
      bandwidth >10 GHz, spectral range 800-1700 nm, polished glass window, SMA connector for the RF output
      4. UPD-35-IR2-D Ultrafast InGaAs Photodetector, risetime <35 ps,
      bandwidth >10 GHz, spectral range 800-1700 nm,
      crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      5. UPD-35-IR2-FR NEW! Ultrafast InGaAs Photodetector, risetime <35 ps,
      bandwidth >10 GHz, spectral range 800-1700 nm,
      SMA receptacle, SMA connector for the RF output. Not compatible with the optional filter holder.
      6. UPD-35-IR2-FC NEW! Ultrafast InGaAs Photodetector, risetime <35 ps,
      bandwidth >10 GHz, spectral range 800-1700 nm,
      with SMF-28 fiber 1m length, with FC/APC, SMA connector for the RF output. Not compatible with the optional filter holder.
      7. UPD-35-UVIR-P NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <35 ps, bandwidth >10 GHz, spectral range 350-1700 nm, polished window MgF2, SMA connector for the RF output.
      8. UPD-35-UVIR-D NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <35 ps, bandwidth >10 GHz, spectral range 350-1700 nm,
      crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      9. UPD-40-VSI-P NEW! Ultrafast InGaAs Schottky Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 500-1690 nm, high sensitivity (typ. 0.4 A/W), large sensitive area (0.2x0.2 mm), polished glass window, SMA connector for the RF output.
      Attention - absolute limits:
      CW to pulsed light with pulse width > 1 ns: 2 mW;
      Only pulsed, < 1 ns: 10 mW.
      10. UPD-40-IR2-P Ultrafast InGaAs Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 800-1700 nm, polished glass window, SMA connector for the RF output.
      11. UPD-40-IR2-D Ultrafast InGaAs Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 800-1700 nm, crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      12. UPD-40-IR2-FR NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 800-1700 nm, SMA receptacle, SMA connector for the RF output. Not compatible with the optional filter holder.
      13. UPD-40-IR2-FC NEW! Ultrafast InGaAs Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 800-1700 nm, with SMF-28 fiber 1m length, with FC/APC, SMA connector for the RF output. Not compatible with the optional filter holder.
      14. UPD-40-UVIR-P NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 350-1700 nm, polished window MgF2, SMA connector for the RF output.
      15. UPD-40-UVIR-D NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <40 ps, bandwidth >8.5 GHz, spectral range 350-1700 nm, crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      16. UPD-50-SP NEW! Exclusively from ALPHALAS!
      Ultrafast Si Photodetector, rise time <50 ps, fall time 50 ps, bandwidth >7.0 GHz, spectral range 320-1100 nm, polished window, SMA connector for the RF output.
      17. UPD-50-SD NEW! Exclusively from ALPHALAS!
      Ultrafast Si Photodetector, rise time <50 ps, fall time 50 ps, bandwidth >7.0 GHz, spectral range 320-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      18. UPD-50-UP NEW! Exclusively from ALPHALAS!
      Ultrafast Si Photodetector, rise time <50 ps, fall time 50 ps, bandwidth >7.0 GHz, spectral range 170-1100 nm, polished window MgF2, SMA connector for the RF output.
      19. UPD-50-UD NEW! Exclusively from ALPHALAS!
      Ultrafast Si Photodetector, rise time <50 ps, fall time 50 ps bandwidth >7.0 GHz, spectral range 170-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      20. UPD-50-UP
      +
      UPD-40-IR2-P
      NEW! Exclusively from ALPHALAS!
      SPECIAL PACKAGE of TWO Ultrafast Photodetectors (Si and InGaAs), rise time <40 ps, bandwidth >8.5 GHz for UPD-40-IR2-P, and rise time <50 ps for UPD-50-UP, bandwidth >7.0 GHz for UPD-50-UP. The combination covers the spectral range 170-1700 nm, polished windows, SMA connector for the RF output.
      21. UPD-70-IR2-P Ultrafast InGaAs Photodetector, risetime <70 ps, bandwidth >5.0 GHz, spectral range 800-1700 nm, polished window, SMA connector for the RF output.
      22. UPD-70-IR2-D Ultrafast InGaAs Photodetector, risetime <70 ps, bandwidth >5.0 GHz, spectral range 800-1700 nm, crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      23. UPD-70-IR2-FR NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <70 ps, bandwidth >5.0 GHz, spectral range 800-1700 nm, SMA receptacle, SMA connector for the RF output. Not compatible with the optional filter holder.
      24. UPD-70-IR2-FC NEW! Ultrafast InGaAs Photodetector, risetime <70 ps, bandwidth >5.0 GHz, spectral range 800-1700 nm, with SMF-28 fiber 1m length, with FC/APC, SMA connector for the RF output. Not compatible with the optional filter holder.
      25. UPD-70-UVIR-P NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <70 ps, bandwidth >5.0 GHz, spectral range 350-1700 nm, polished window MgF2, SMA connector for the RF output.
      26. UPD-70-UVIR-D NEW! Exclusively from ALPHALAS!
      Ultrafast InGaAs Photodetector, risetime <70 ps, bandwidth >5.0 GHz, spectral range 350-1700 nm, crystal quartz diffuse window (recommended for high peak power lasers only), SMA connector for the RF output.
      27. UPD-100-IR1-P NEW! Exclusively from ALPHALAS!
      Ultrafast Ge-doped-Photodetector, risetime <100 ps, bandwidth >3.0 GHz, pulse width (FWHM) 300 ps, spectral range 400-2000 nm, dark current typ. 700 nA, active area 80 μm diameter, polished window, SMA connector for the RF output, negative output. Needs -12 V negative supply.
      28. UPD-200-SP Ultrafast Si Photodetector, risetime <175 ps, bandwidth >2.0 GHz, spectral range 320-1100 nm, polished window, BNC connector for the RF output.
      29. UPD-200-SD Ultrafast Si Photodetector, risetime <175 ps, bandwidth >2.0 GHz, spectral range 320-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), BNC connector for the RF output.
      30. UPD-200-UP Ultrafast Si Photodetector, risetime <175 ps, bandwidth >2.0 GHz, spectral range 170-1100 nm, polished window MgF2, BNC connector for the RF output.
      31. UPD-200-UD Ultrafast Si Photodetector, risetime <175 ps, bandwidth >2.0 GHz, spectral range 170-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), BNC connector for the RF output.
      32. UPD-300-SP Ultrafast Si Photodetector, risetime <300 ps, bandwidth >1.0 GHz,
      spectral range 320-1100 nm, polished window, BNC connector for the RF output.
      33. UPD-300-SD Ultrafast Si Photodetector, risetime <300 ps, bandwidth >1.0 GHz, spectral range 320-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), BNC connector for the RF output.
      34. UPD-300-UP Ultrafast Si Photodetector, risetime <300 ps, bandwidth >1.0 GHz, spectral range 170-1100 nm, polished window MgF2, BNC connector
      35. UPD-300-UD Ultrafast Si Photodetector, risetime <300 ps, bandwidth >1.0 GHz, spectral range 170-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), BNC connector for the RF output.
      36. UPD-500-SP Ultrafast Si Photodetector, risetime <500 ps, bandwidth >0.6 GHz, spectral range 320-1100 nm, polished window, BNC connector for the RF output.
      37. UPD-500-SD Ultrafast Si Photodetector, risetime <500 ps, bandwidth >0.6 GHz, spectral range 320-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), BNC connector for the RF output.
      38. UPD-500-UP Ultrafast Si Photodetector, risetime <500 ps, bandwidth >0.6 GHz, spectral range 170-1100 nm, polished window MgF2, BNC connector for the RF output.
      39. UPD-500-UD Ultrafast Si Photodetector, risetime <500 ps, bandwidth >0.6 GHz, spectral range 170-1100 nm, crystal quartz diffuse window (recommended for high peak power lasers only), BNC connector for the RF output.
      40. UPD-3N-IR2-P NEW! Exclusively from ALPHALAS! Greatly improved performance! Ultrafast InGaAs PIN Photodetector, risetime <150 ps, fall time < 600 ps, FWHM 1 ns, bandwidth >400 MHz, spectral range 800-2100 nm, polished window, BNC connector for the RF output. Needs +6 VDC supply.
      41. UPD-5N-IR2-P NEW! Exclusively from ALPHALAS! Greatly improved performance! Ultrafast InGaAs PIN Photodetector, risetime <200 ps, fall time < 900 ps, FWHM 1 ns, bandwidth >300 MHz, spectral range 800-2600 nm, polished window, BNC connector for the RF output. Needs +6 VDC supply.
      42. UPD-2M-IR2-P NEW! Exclusively from ALPHALAS! Ultrafast InGaAs PIN Photodetector, risetime <75 ns, bandwidth >0.004 GHz, spectral range 900-1700 nm, sensitive area 2 mm diameter, polished window, BNC connector for the RF output.
      43. UPD-2M-IR2-P-1TEC NEW! Exclusively from ALPHALAS! Ultrafast InGaAs PIN Photodetector, risetime <75 ns, bandwidth >0.004 GHz, spectral range 900-1700 nm, sensitive area 2 mm diameter, with TEC cooling module, polished window, BNC connector for the RF output.
      44. TERM-50-BNC External 50 Ohm terminating RF-load with a BNC connector (recommended when UPD is used in combination with any of the BBA amplifiers or oscilloscopes with 1 MOhm input impedance)
      45. FR-UPD Option for the UPD Photodetectors with SMA Receptacle for
      Fiber-Coupling
      46. PS-UPD-12-EU Low-Noise Power Supply for the UPD Photodetectors,
      input: 220-240 V AC (European standard), output: 12 V DC
      47. PS-UPD-12-WW Low-Noise Power Supply for the UPD Photodetectors,
      universal input: 100-240 V AC (worldwide), output: 12 V DC
      48. PS-UPD-9-WW Low-Noise Power Supply for the UPD Photodetectors,
      universal input: 100-240 V AC (worldwide), output: 9 V DC (matched to UPD-30-VSG-P photodiode)
      49. PS-UPD-6-WW Low-Noise Power Supply for the UPD Photodetectors,
      universal input: 100-240 V AC (worldwide), output: 6 V DC (matched to UPD-15-IR2-FC, UPD-3N-IR2-P and UPD-5N-IR2-P
      photodiode)
      50. BAT-UPD-6V Bias Battery for the UPD Photodetectors, 6 V
      51. BNC-UPD-1M BNC (male)/ BNC (male) cable 50 Ohm impedance, RG58, 1 m long
      52. SMA-UPD-1M SMA (male)/SMA (male) cable 50 Ohm impedance, RG174, 1 m
      53. SMA-BNC-AD SMA / BNC adapter: SMA: male, BNC: female
      54. UPD-FH Filter holder for up-to 3 filters, each up-to 4.5 mm thickness, to be
      attached in front of the UPD photodiode (filters are NOT included)
      Broadband Pulse Amplifiers: BBA Series
      55. BBA-3 Broadband Inverting Amplifier, Bandwidth 50 kHz to 14.5 GHz, gain 10 dB (>3x amplitude),Gain flatness: +/-5 dB for f<4 GHz;
      Rise time: typ. 22 ps
      Max. power out: +12 dBm (100 MHz), +14 dBm (5 GHz), + 11 dBm (10 GHz), Effective RMS input noise: 112 μV, Maximum RF in: + 10 dBm, peak: 1 V, Return loss (100 MHZ) S11 input: 15 dB, S22 output: 18 dB, SMA-connectors, needs 12 V DC
      56. BBA-10 Broadband Inverting Amplifier, 0.01 - 3 GHz, gain 21 dB @ 1GHz
      (>10x amplitude), SMA-connectors
      57. BBA-15 Broadband Inverting Amplifier, 0.01÷2 GHz, gain 24.5 dB (15x
      amplitude), SMA connectors (female)
      58. BBA-10-4HP Broadband Inverting Amplifier, 0.01÷ 4 GHz,
      gain 19.4 dB (9x amplitude), SMA connectors (female)
      59. BBA-100 Broadband Non-Inverting Amplifier,
      0.01÷2 GHz, rise time <300 ps,
      gain 43.5 dB (>100x amplitude), SMA connectors (female)
      60. BBA-100-VG Broadband Non-Inverting Amplifier,
      0.01÷2 GHz, variable gain 0 … 43.5 dB (0 - >100x amplitude), SMA connectors (female)
      61. TERM-50-INT Integrating a 50 Ohm terminating RF-load at the input of the any of the above amplifiers (recommended when used in combination with
      the UPD-series photodiodes)
      62. BBA-1W Broadband High-Power Amplifier,
      50 MHz÷1 GHz, gain 30 dB, output power: 1 W, SMA connectors, needs 12 V / 1 A supply (not included)
      63. BBA-2W-P Broadband High-Power Amplifier,
      50 MHz÷1 GHz, gain 20 dB, peak output power: 4 W, average power: 2 W, BNC connectors, needs 24 V / 1 A supply (not included)
      64. PS-BBA-09-EU Low-Noise Power Supply for BBA Amplifiers,
      input: 240 V AC (European standard), output: 9 V DC
      65. PS-BBA-09-WW Low-Noise Power Supply for BBA Amplifiers,
      universal input: 100-240 V AC (worldwide), output 9V DC
      66. PS-BBA-15-WW Low-Noise Power Supply for BBA-100-VG Amplifiers,
      universal input: 100-240 V AC (worldwide), output +15 V DC
      Infrared-To-Visible Converters: IR-VIS Series
      67. IR-VIS-60-A Infrared-To-Visible Converter, for high-power Nd:YAG lasers,
      special ceramics, no bleaching - needs no activation with UV light, active area 2xD60 mm (2x56 cm2), sensitivity 800÷1100 nm and 1460 - 1600 nm, DOUBLE-SIDED !
      68. IR-VIS-40-S Infrared-To-Visible Converter, for high-power Nd:YAG lasers,
      special ceramics, no bleaching - needs no activation with UV light, active area D40 mm (12.6 cm2), sensitivity 800÷1100 nm and 1460 - 1600 nm, SINGLE SIDED
      69. IR-VIS-40-D Infrared-To-Visible Converter, for high-power Nd:YAG lasers,
      special ceramics, no bleaching - needs no activation with UV light, active area 2xD38 mm (total 23 cm2), sensitivity 800÷1100 nm and 1460 - 1600 nm, DOUBLE SIDED !
      70. IR-VIS-15-S Infrared-To-Visible Converter, for high-power Nd:YAG lasers,
      special ceramics, no bleaching - needs no activation with UV light, active area D15 mm (1.8 cm2), sensitivity 800÷1100 nm and 1460 - 1600 nm, SINGLE SIDED
      71. IR-VIS-30-QM Infrared-To-Visible Converter, for low average, but high peak power Q-switched or modelocked lasers (max. 1 W, max. 1 mJ/cm2), active area D 30 mm, sensitivity 800÷1400 nm
      Advanced Digital High-Speed High-Sensitivity
      CCD Line Cameras with USB 2.0 Interface CCD-S3600-D(-UV)
      72. CCD-S3600-D Advanced digital high-speed CCD line camera, 3648 pixels with
      elongated pixel size (8x200 μm) for high sensitivity, spectral range 320 - 1100 nm, 16-bit ADC, large 32 MB of fast DDR2 onboard RAM, max. 269.5 fps, high-speed USB 2.0, plug & play, built-in TTL trigger input & output, USB-powered. Includes drivers, libraries & applications for LabVIEW & C++. Supports Windows 7/Vista/XP, Linux, Mac OS X, etc. Housing: 90 x 25 x 105 mm (W x H x D) including USB 2.0 signal & power supply cable for interfacing to a computer
      73. CCD-S3600-D-
      UV
      Advanced digital high-speed CCD line camera, 3648 pixels with
      elongated pixel size (8x200 μm) for high sensitivity, UV to IR spectral range 200 - 1100 nm, 16-bit ADC, large 32 MB of fast DDR2 onboard RAM, max. 269.5 fps, high-speed USB 2.0, plug & play, built-in TTL trigger input & output, USB-powered. Includes drivers, libraries & applications for LabVIEW & C++. Supports Windows 7/Vista/XP, Linux, Mac OS X, etc. Housing: 90 x 25 x 105 mm (W x H x D)
      including USB 2.0 signal & power supply cable for interfacing to a computer
      74. CCD-S3600-D-
      UV-E
      Advanced digital high-speed CCD line camera, 3648 pixels with
      elongated pixel size (8x200 μm) for high sensitivity, UV –enhanced, spectral range 170 - 1100 nm, 16-bit ADC, large 32 MB of fast DDR2 onboard RAM, max. 269.5 fps, high-speed USB 2.0, plug & play, built-in TTL trigger input & output, USB-powered. Includes drivers, libraries & applications for LabVIEW & C++. Supports Windows 7/Vista/XP, Linux, Mac OS X, etc. Housing: 90 x 25 x 105 mm (W x H x D)
      including USB 2.0 signal & power supply cable for interfacing to a computer
      75. CAB-TRIG- CCDS-D Trigger cable for trigger input or trigger output for CCD-S3600-D(-
      UV), SMB connector on the CCD side, BNC on the other side,
      length 100 cm. ONLY for CCD-S3600-D(-UV)!
      High-Sensitivity Linear
      CCD Arrays with Analog Output CCD-2000M(-UV)
      76. CCD-2000M CCD Array, 2048 pixels, elongated pixel size 14x200 μm for high
      sensitivity, spectral range 320-1100 nm, with analog driver, OEM,
      77. CCD-2000M-UV CCD Array, 2048 pixels, UV-sensitive spectral range 250-1100 nm,
      elongated pixel size 14x200 μm for high sensitivity, with driver, OEM
      78. PS-CCD-EU AC-DC Adapter for CCD-2000M(-UV) Array, input: 220-240 V AC
      (European standard), output: 7.5 V DC, stabilized, low noise
      79. PS-CCD-WW AC-DC Adapter for CCD-2000M(-UV) Array, universal input: 100-
      240 V AC (worldwide), output: 7.5 V DC, stabilized, low noise
      80. CAB-SIG-CCDM Signal Cable, connectors SMB to BNC, length 100 cm
      For CCD-2000M(-UV) ONLY!
      81. CAB-TRIG-
      CCDM
      Trigger Cable, connectors SMB to BNC, length 100 cm
      For CCD-2000M(-UV) ONLY!

       

      Tunable Waveplates可調波片

      Alphalas

       

      Waveplate Model Waveplate Description
      PO-TWP-L4-12-UVIR Tunable True Zero-Order Quarter-Wave (λ/4) Phase Retardation Plate
      Range 150 - 6000 nm, aperture D11 mm, thickness 2.0 mm
      PO-TWP-L4-25-UVIR Tunable True Zero-Order Quarter-Wave (λ/4) Phase Retardation Plate
      Range 150 - 6000 nm, aperture D24 mm, thickness 2.0 mm
      PO-TWP-L4-25-IR Tunable True Zero-Order Quarter-Wave (λ/4) Phase Retardation Plate
      Range 500 - 6500 nm, aperture D24 mm, thickness 5.0 mm
      PO-TWP-L2-12-UVIR Tunable True Zero-Order Half-Wave (λ/2) Phase Retardation Plate
      Range 150 - 6000 nm, aperture D11 mm, thickness 2.5 mm
      PO-TWP-L2-25-UVIR Tunable True Zero-Order Half-Wave (λ/2) Phase Retardation Plate
      Range 150 - 6000 nm , aperture D24 mm, thickness 2.5 mm
      PO-TWP-L2-12-IR Tunable True Zero-Order Half-Wave (λ/2) Phase Retardation Plate
      Optimized for the range 2000 - 6500 nm, aperture D11 mm, thickness 2.5 mm
      PO-TWP-L2-25-IR Tunable True Zero-Order Half-Wave (λ/2) Phase Retardation Plate
      Optimized for the range 500 - 6500 nm, aperture D24 mm, thickness 5 mm
      PO-TWP-L4-25-FIR Tunable True Zero-Order Quarter-Wave (λ/4) Phase Retardation Plate
      Range 1 - 19 μm, aperture D24 mm, thickness 5 mm
      PO-TWP-L2-25-FIR Tunable True Zero-Order Half-Wave (λ/2) Phase Retardation Plate
      Range 1 - 19 μm, aperture D24 mm, thickness 5 mm
      PO-TWP-MP-12-UV Tunable True Zero-Order Waveplate with Freely Adjustable Phase Retardation - MULTIPHASE 
      Retardation adjustable from 0 to λ (0 to full wave), range 150 - 2000 nm, aperture D11 mm, may replace Soleil-Babinet compensator!
      PO-TWP-MP-25-UV Tunable True Zero-Order Waveplate with Freely Adjustable Phase Retardation - MULTIPHASE 
      Retardation adjustable from 0 to λ (0 to full wave), range 150 - 2000 nm, aperture D24 mm, may replace Soleil-Babinet compensator!
      PO-TWP-MP-12-IR Tunable True Zero-Order Waveplate with Freely Adjustable Phase Retardation - MULTIPHASE 
      Retardation adjustable from 0 to λ (0 to full wave), range 2000 - 6500 nm, aperture D11 mm, may replace Soleil-Babinet compensator!
      PO-TWP-MP-25-IR Tunable True Zero-Order Waveplate with Freely Adjustable Phase Retardation - MULTIPHASE 
      Retardation adjustable from 0 to λ (0 to full wave), range 2000 - 6500 nm, aperture D24 mm, thickness 5 mm, may replace Soleil-Babinet compensator!
      PO-TWP-MP-25-UVIR Tunable True Zero-Order Waveplate with Freely Adjustable Phase Retardation - MULTIPHASE 
      Retardation adjustable from 0 to λ (0 to full wave), range 150 - 3000 nm, aperture D24 mm, thickness 5 mm, may replace Soleil-Babinet compensator!
      PO-TWP-DW-2/1-12-UV Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate - DUAL-WAVE
      Best for frequency tripling arrangements of CW to femtosecond lasers, retardation for fundamental: λ/2 (half-wave), for SH: λ/1 (full-wave), adjustable in the range 300 - 6000 nm (fundamental), aperture D11 mm
      PO-TWP-DW-4/2-12-UVIR Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate - DUAL-WAVE
      Best for polarization control of CW to femtosecond lasers, retardation for fundamental: λ/4 (quarter-wave), for SH: λ/2 (half-wave), adjustable in the range 150 - 6000 nm, aperture D11 mm
      PO-TWP-DW-2/1-25-UV Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate - DUAL-WAVE
      Best for frequency tripling arrangements of CW to femtosecond lasers, retardation for fundamental: λ/2 (half-wave), for SH: λ/1 (full-wave), adjustable in the range 150 - 3000 nm, aperture D24 mm
      PO-TWP-DW-4/2-25-UVIR Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate - DUAL-WAVE
      Best for polarization control of CW to femtosecond lasers, retardation for fundamental: λ/4 (quarter-wave), for SH: λ/2 (half-wave), adjustable in the range 150 - 6000 nm, aperture D24 mm
      PO-TWP-DW-2/1-12-IR Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate - DUAL-WAVE
      Best for frequency tripling arrangements of CW to femtosecond lasers, retardation for fundamental: λ/2 (half-wave), for SH: λ/1 (full-wave), adjustable in the range 2000 - 6500 nm, aperture D11 mm
      PO-TWP-DW-2/1-25-IR Tunable True Zero-Order DUAL-WAVELENGTH Phase Retardation Plate - DUAL-WAVE
      Best for frequency trippling arrangements of CW to femtosecond lasers, retardation for fundamental: λ/2 (half-wave), for SH: λ/1 (full-wave), adjustable in the range 2000 - 6500 nm, aperture D24 mm
      PO-ZWP-L4-800-12-AR True Zero-Order λ/4 Wave Plate, specially developed for fs-Ti:Sapphire
      Thickness 2 mm, AR/AR 400-820 nm, aperture D11 mm
      PO-ZWP-L2-800-12-AR True Zero-Order λ/2 Wave Plate, specially developed for fs-Ti:Sapphire
      Thickness 2 mm, AR/AR 400-820 nm, aperture D11 mm
      PO-ZWP-L4-800-25-AR True Zero-Order λ/4 Wave Plate, specially developed for fs-Ti:Sapphire
      Thickness 2 mm, AR/AR 400-820 nm, aperture D24 mm
      PO-ZWP-L2-800-25-AR True Zero-Order λ/2 Wave Plate, specially developed for fs-Ti:Sapphire
      Thickness 2 mm, AR/AR 400-820 nm, aperture D24 mm
      PO-ZWP-L4-1064-16-AR True Zero-Order λ/4 Wave Plate, suitable for Nd:YAG, Nd:YLF, Nd:Glass picosecond and femtosecond lasers
      MgF2, tunable AR/AR@1064, aperture D16 mm
      PO-ZWP-L2-1064-16-AR True Zero-Order λ/2 Wave Plate, suitable for Nd:YAG, Nd:YLF, Nd:Glass picosecond and femtosecond lasers
      MgF2, tunable AR/AR@1064, aperture D16 mm

       

       


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