TaidacentTaidacent Lock-in Amplifier AD630 Module Minimum System Phase Sensitive Detection Weak Signal Conditioning Balanced Modulation

TaidacentTaidacent Lock-in Amplifier AD630 Module Minimum System Phase Sensitive Detection Weak Signal Conditioning Balanced Modulation

Q: Is there a manual for this product?

Yes, you can ask for the manual via the Amazon email, and we will send the pdf version to you.

3.9/5

Product ID: 327270862

Secure Transaction

Details

Manufacturer
Taida
Mounting type
Surface Mount
Brand
Taidacent
Number of channels
1

⚡45V/us slew rate

📈2 MHz bandwidth

🔊100 dB noise recovery

Frequently Bought Together

Taidacent Lock-in Amplifier AD630 Module Minimum System Phase Sensitive Detection Weak Signal Conditioning Balanced Modulation

ELEGOO 120pcs Multicolored Dupont Wire 40pin Male to Female, 40pin Male to Male, 40pin Female to Female Breadboard Jumper Ribbon Cables Kit Compatible with Arduino Projects

EDGELEC 120pcs Breadboard Jumper Wires 10cm 15cm 20cm 30cm 40cm 50 cm 100cm Wire Length Optional Dupont Cable Assorted Kit Male to Female Male to Male Female to Female Multicolored Ribbon Cables

Description

🔍 Unlock the Power of Precision Detection!

ROBUST DESIGN - Engineered with laser-adjusted resistors for superior temperature stability.
UNMATCHED ACCURACY - Enjoy a closed-loop gain accuracy of 0.05% for reliable results.
HIGH SPEED PERFORMANCE - Experience rapid signal processing with a 2 MHz bandwidth.
PRECISION SIGNAL RECOVERY - Extract weak signals even in extreme noise environments.
VERSATILE MODULATION CAPABILITIES - Utilize balanced modulation and demodulation for diverse applications.

The Taidacent AD630 Lock-in Amplifier Module is a cutting-edge device designed for high-precision signal processing. It integrates an OPA627 preamplifier and a 4th-order ultra low-pass Butterworth filter, enabling it to detect and extract weak signals even in a 100 dB noise background. With features like a 2 MHz bandwidth, 45V/us slew rate, and exceptional accuracy, this module is perfect for professionals seeking reliable and versatile solutions in signal conditioning and modulation.