DUAL VOLTAGE COMPARATOR INPUT

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DUAL VOLTAGE COMPARATOR INPUT Specification

Working Temperature
0C to +70C

Noise Level
Low

Output Current
Up to 20 mA

Application
Voltage Level Sensing, Zero Crossing Detector, Oscillator Circuits, Industrial Automation

Output Type
Open Collector

Phase
Single Phase

Connector Type
DIP/SIP

Operating Temperature
0C to +70C

Power Supply
Single or Dual Supply

Cooling Method
Passive, Air Cooled

Features
Low Power Consumption, High Gain, Fast Response Time, Wide Supply Voltage Range

Product Type
Dual Voltage Comparator Input

Output Frequency
DC Response

Input Voltage
2 V to 36 V

Material
Plastic Body, Metal Pins

Line Regulation
Typically 0.1%/V

Storage Temperature
-65C to +150C

Weight
Approx. 1 g

Maximum Differential Input Voltage
36V

Common Mode Input Voltage Range
0V to V+ - 2V

Package Type
DIP-8, SOP-8

Lead Free Status
Yes

Input Offset Current (Typical)
3nA

Number of Channels
2 (Dual) Comparators

Propagation Delay
<1s (Typical)

RoHS Compliant
Yes

Supply Voltage Range (Single)
+3V to +36V

Output Sink Current
Up to 20mA

Mounting Type
Through Hole or SMD

Input Resistance
6 M (Typical)

About DUAL VOLTAGE COMPARATOR INPUT

Secure your supply of this world-class Dual Voltage Comparator Input at a reduced price with our exclusive advance purchase offer! This hot-selling, crackerjack device features two high-performance channels with a maximum differential input voltage of 36V and typical input offset current of just 3nA, ensuring glorious signal integrity. Boasting low noise, fast sub-microsecond propagation delay, and versatile supply voltage range, its ideal for voltage sensing, zero crossing detection, or industrial automation. Available in both DIP-8 and SOP-8 packages, this RoHS-compliant gem delivers excellence and reliability for every application.

Ideal for Plant Operations Robust Industrial Application

The Dual Voltage Comparator Input is expertly designed for plant-based applications, excelling in voltage level sensing within demanding industrial environments. Its surface-mount or through-hole forms adapt comfortably to diverse application surfaces. Built with a resilient plastic body and sturdy metal pins, the comparator withstands high and low temperatures effortlessly. Its low power consumption and high gain capabilities, combined with reliable single-phase output, make it an optimal choice for consistent, large-scale automation tasks.

Fast Delivery, Competitive Prices Arriving at Your Doorstep

Benefit from the lowest price when you order today our prompt delivery process ensures your Dual Voltage Comparator Input arrives right on schedule. We ship from premier FOB ports, covering all major domestic markets efficiently. Whether your requirements are urgent or planned in advance, our streamlined logistics guarantee quick arrival at your location. Trust our service for a seamless transaction and immediate availability of this vital industrial component.

FAQs of DUAL VOLTAGE COMPARATOR INPUT:

Q: How does the Dual Voltage Comparator Input enhance industrial automation systems?

A: By providing accurate voltage level sensing and fast response times, the Dual Voltage Comparator Input ensures precise control and monitoring in industrial automation, improving operational reliability and efficiency.

Q: What are the main material features of this device?

A: The Dual Voltage Comparator Input is constructed with a high-quality plastic body and robust metal pins, offering excellent durability, low noise operation, and efficient heat dissipation through passive air cooling.

Q: When can I expect delivery after placing an order for this product?

A: Delivery is prompt, typically dispatched immediately after confirmation, ensuring the product arrives quickly at your specified location via reliable shipping channels.

Q: Where can this comparator be mounted for optimal performance?

A: It can be mounted using either through-hole or SMD methods, making it suitable for both traditional PCBs and compact surface-mount assemblies, adapting seamlessly to different application needs.

Q: What are the application areas for the Dual Voltage Comparator Input?

A: This device is widely used in voltage level sensing, zero crossing detection, oscillator circuits, and a variety of industrial automation tasks, making it a versatile choice for diverse electronic projects.