High Speed Comparator Module 4.5ns Delay – Signal Shaping Front End for Frequency Meter, 2.7-5.5V Rail-to-Rail Output Compatible with CMOS/TTL

TLV3501 High Speed Comparator Frequency Meter Front Shaping Module is designed for precise signal conditioning in frequency and time domain measurements. It converts sine, square, and triangular waves into square waves without threshold adjustments, simplifying setup for industrial and educational applications. This module supports rail-to-rail output compatible with CMOS or TTL logic systemsIdeal for electronic design projects, this module processes input signals from 1Hz to 120MHz with an input voltage range of 8-1000mV RMS. Its 4.5ns delay ensures minimal signal distortion, making it suitable for high-speed frequency measurement tasks. The SMA female interface facilitates secure connections to test equipmentSpecifications:Power supply voltage: 2.7-5VDCInput voltage: 8-1000mV (effective value)Output level: rail to rail output, can directly drive TTL/CMOS levelInput frequency: 1Hz-- 120MHz, Min.1HzInterface form: SMA female head (external screw hole)Input impedance: 20K ohmSize: 5 x2.5cm/1.96 x 0.98inchColor: GreenWeight: 8gProduct Use:1. Sine wave to square wave2. The zero-crossing comparator3. Universal comparatorPackage Included:1 x Frequency Meter Front Shaping Module

• High Speed Signal Shaping: Achieve precise waveform conversion with 4.5ns delay ideal for frequency and phase difference measurements in electronic testing
• Wide Voltage Compatibility: Operates from 2.7V to 5.5V power supply making it suitable for various low voltage industrial applications
• Rail to Rail Output: Directly drives CMOS or TTL logic circuits without additional amplification components for simplified system integration
• Broad Frequency Range: Processes input signals from 1Hz to 120MHz with 8-1000mV RMS sensitivity for versatile measurement scenarios
• Complete Module Ready: Includes 1pcs 1.96 x 0.98inch SMA female connector and 20K ohm input impedance for immediate integration into your test setup