Metravi CHY-625 Logic Probe Cum Pulser

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Metravi CHY-625 Logic Probe Cum Pulser Specification

Features
Detects Logic High, Logic Low, and Pulses; Provides Pulse Output; For TTL/CMOS

Power Supply
9V Battery

Mounting Type
Handheld

Application
Testing and Pulsing Logic Circuits

Frequency
Up to 1MHz Pulse Output

Humidity
Up to 85% RH (non-condensing)

Display Type
LED Indicators

Temperature
0C to 50C

Automation Grade
Manual

Equipment Type
Logic Probe cum Pulser

Response Time
Instantaneous for Logic State Change

Operating Voltage
+4V to +18V DC

Interface Type
Probe with Crocodile Clip

Measuring Range
TTL: 0V-5V; CMOS: 0V-18V

Test Range
TTL and CMOS Logic Levels

Usage
Field and Service for Logic Circuit Testing

Machine Weight
Approx. 100g

Control Mode
Manual

Noise Immunity
Protected against Short Transients

Pulse Output
TTL & CMOS compatible

Cable Length
Approx. 1 meter

Operating Current
Less than 20mA

Input Impedance
High - does not load circuit under test

LED Indications
Different colors for Logic High, Logic Low, and Pulse states

Dimensions
Approx. 160mm x 22mm x 19mm

Battery Life
Depends on usage; efficient low power consumption

Metravi CHY-625 Logic Probe Cum Pulser Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cheque, Cash Advance (CA)

About Metravi CHY-625 Logic Probe Cum Pulser

Metravi CHY-625 Logic Probe Cum Pulser Specifications:

Useful tool for inspecting and repairing logic circuits
Used directly to inject a signal into the logic circuits without removing the IC or breaking the circuits.
The output is changeable between 0.5 to 400Hz, making it suitable for use with either a logic probe or with an oscilloscope
Pulse Width: 10ms
Maximum Input Signal Frequency: 50MHz
Input Impedance 120K.Ohms
Power Supply Range: 5 15 V DC

Efficient Logic Circuit Testing

Engineered to streamline the diagnostic process, the Metravi CHY-625 instantly displays logic states using distinctive LED colors. Its high input impedance ensures testing does not interfere with sensitive circuits, providing accurate results. Suited for both TTL and CMOS logic levels, this device is an indispensable tool for engineers and technicians testing or pulsing circuit boards in the field.

Robust Performance and Durability

Built to withstand humidity up to 85% RH and temperatures ranging from 0C to 50C, the CHY-625 maintains stable operation in demanding environments. Protected against transient noise and designed for efficient battery usage, it features a one-meter cable and crocodile clip, ensuring convenient and flexible handling throughout service tasks.

FAQ's of Metravi CHY-625 Logic Probe Cum Pulser:

Q: How does the Metravi CHY-625 Logic Probe Cum Pulser indicate different logic states?

A: The device uses LED indicators in distinct colors to instantly show logic high, logic low, and pulse states, enabling quick visual recognition of circuit status during testing.

Q: What range of logic levels can the CHY-625 test and pulse?

A: The probe is compatible with TTL (0V-5V) and CMOS (0V-18V) logic levels, ensuring broad applicability for modern digital circuit testing and troubleshooting.

Q: When should I use the pulse output feature of the CHY-625?

A: Pulse output (up to 1MHz) is ideal when injecting signals into logic circuits to evaluate circuit response, diagnose faults, or verify switching behavior in TTL and CMOS systems.

Q: Where can the Metravi CHY-625 be applied most effectively?

A: This handheld probe is particularly useful for field technicians and service engineers during onsite testing and maintenance of digital logic systems, as well as in labs for device verification.

Q: What process is involved in using the logic probe for circuit testing?

A: Simply connect the probe (with crocodile clip) to the test circuit, observe the colored LED indications for logic states, and utilize manual control to trigger pulses as needed for comprehensive analysis.

Q: What are the key benefits of using the CHY-625 logic probe cum pulser?

A: Its high input impedance prevents circuit loading, LED diagnostic feedback accelerates troubleshooting, and noise immunity safeguards against erroneous readings from transient spikes, ensuring reliable and efficient operation.

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