Quick Detail
Place of Origin
HS-CODE
84-
Package & Delivery Lead Time
Detailed Description
AI9322A High Stability Dual wavelength Laser Source is a high intelligent instrument that is controlled by the MPU. It has the high performance and the lower price. And it is applied in the high stability light output and broad band light spectrum testing. It can provide the needed light output in the passive optical device transmission testing and the insert loss testing. As well, it also can provide the optical loss, attenuation testing and long time high precision testing.
AI9322A Light Source adopts the advanced APC and ATC technology, therefore it ensures the high stability of the output power, reaching ±0.003dB/15min of the short time stability and ±0.03dB/12h of the long time stability.
AI9322A Light Source provides the users with the Internal &External Modulation Function in order to offering the chopping optical output and the E/O converter. In addition, it has the GP-IB interface function to make up the auto testing. So it is the first native dual wavelength light source that contains the GP-IB interface.
Features:
Intelligent instrument controlled by MPU
Two kinds of wavelength optional, wide application
High performance APC&ATC control
High stability of output power and the tunable optic power
Internal &External Modulation Function for the modulation testing
High reliability due to the security protecting function
GP-IB interface (optional) for the auto testing
Main Specifications:
Model AI9322A
Emitter FP-LD/DFB-LD
Wzvelength 1310 or 1550
Fiber mode SM/GI
Output power ≥0dBm
Short time stability ±0.003dB
Long time stability ±0.03dB
Modulation Internal modulation Frequency:270Hz,1kHz,2kHz;TTL synchronization output
External modulation Frequency:DC~10MHz,TTL Level,BNC
Display mode Linearity:mw, Logarithm:dBm, Modulation: %
Output mode FC-PC
Environment Working temperature:0 ~+55℃, humidity<95%RH
Power 220V±10%,50Hz±5%,20 VA max
Size/Weight 91H×210W×251D mm, ≤3.5kg
Note: Specifications subject to change without notice.