Search

Home / Taidacent / Sensors
Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter in Saudi Arabia Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter in Saudi Arabia Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter in Saudi Arabia Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter in Saudi Arabia Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter in Saudi Arabia Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter in Saudi Arabia

Taidacent 12V i to v Converter op amp APD Avalanche photodiode Drive photoelectric Signal i to v Current to Voltage Converter

SAR 360

Brand
Taidacent
Category
Sensors
Weight
46 g
1 +

Special Features

  • Photoelectric IV conversion module
  • Power supply: 12V
  • Dimensions: (PCB) 56mm* 43mm (positioning hole) 48mm * 35mm
  • Signal input: receiving an avalanche photodiode to receive optical signals
  • Avalanche photodiode bias voltage adjustment range: 70V~180V Bandwidth: 1KHz-150MHz (default configuration), DC-1KHz (customer needs to configure, change C21 to 0 ohm resistor) APD avalanche photodiode driver

Description

Photoelectric IV conversion module
Power supply: 12V
Dimensions: (PCB) 56mm* 43mm (positioning hole) 48mm * 35mm
Signal input: receiving an avalanche photodiode to receive optical signals
Avalanche photodiode bias voltage adjustment range: 70V~180V
Bandwidth: 1KHz-150MHz (default configuration), DC-1KHz (customer needs to configure, change C21 to 0 ohm resistor)
APD avalanche photodiode driver
Optical signal receiving transmission and transmission signal This module converts the optical signal received by the avalanche photodiode into an electrical signal for processing.
Realize the photoelectric conversion by realizing various types of waveform signals transmitted by light. With the optical signal transmission module of the store, optical communication of signals can be realized.
On the left, the signal generator inputs 7KHz to the transmitting module. The 2Vpp sine wave signal is converted into the right oscilloscope by the electro-optical-photoelectric conversion of the two modules. The frequency is 7.143KHz.
On the left, the signal generator inputs 1MHz to the transmitting module. The 2Vpp sine wave signal is converted into the right oscilloscope by the electro-optical-photoelectric conversion of the two modules. The frequency is 985.2KHz.

Related Items


{"error":"Error","cart_limit":"You have too many items in your cart.","prod_limit":"You cannot add any more of this item"}