M1

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M1ÀÇ BNC ÀÔ·ÂÀº 50Ohm ~ 1 MOhm ±îÁö °¡´É
TCXO ¿É¼Ç ÀåÂø½Ã .5ppm TCXO timebase
¿É¼Ç ¼ÒÇÁÆ®¿þ¾î Optolinx »ç¿ë½Ã ÄÄÇ»ÅÍ·Î M1ÀÇ µ¥ÀÌÅÍ °ü¸® °¡´É  

Frequency Counter

      

    Useful for testing two way radios for frequency measurement in the field or using on the bench, the M1 is a full range 50Hz-2.8GHz frequency counter. Using an embedded micro-controller along with our powerful custom OE40 counter IC, the M1 provides advanced features such as our Patented Digital Auto Filter, Digital Auto Capture and Data Storage. The M1 BNC input may be switched from 50OHm to 1 Meg OHm for use with a scope or low pass audio probe for in-circuit measurement of test points and oscillators.

 

TCXO Option

 

The M1 has an optional high stability .5ppm TCXO timebase. This is twice as stable over time and temperature than most frequency counters.

 

PC Download and Datalogging

 

The M1 is equipped with an PC interface port that allows the unit to be interfaced to our Optolinx for the purpose of real time datalogging and downloading of frequencies in memory. (Optolinx sold separately)

 

Features    

      

50Hz-2.8GHz frequency range

4-5 hour battery operation

10 digit LCD display with backlight

16 segment RF signal strength bargraph

100 internal memories

High speed 250MHz direct count with 1Hz per second resolution

10 gate times from 100 microseconds to 10 seconds

High impedance and 50 Ohm amplifiers for full range 50Hz - 2.8GHz coverage

Includes NiCads and power supply

Switchable 1 Meg Ohm input for use with a scope or low pass audio probe

Use with Optolinx TTL-RS232 convertor box for real time datalogging and download of frequency memories from built-in CI5 port

Standard 1 ppm timebase

Optional .5ppm high accuaracy TCXO timebase

 

 

Frequency Display Resolution          

 

Range

Gate Select

Gate Time

LSD

Sample Display

250MHz

1

.0001S

10kHz

250

 

2

.001S

1kHz

250

 

3

.01S

100Hz

250

 

4

.1S

10Hz

250

 

5

1S

1Hz

250

 

6

10S

1Hz

250

2.8GHz

1

.0064S

10Hz

2800

 

2

.064S

1Hz

2800

 

3

.64S

100Hz

2800

 

4

.6.4S

10Hz

2800

 

 

 

Input Sensitivity 50 Ohm (10MHz-2.8GHz)     

<10mV @ 10MHZ

<5mV @ 800MHz

<3mV @ 27MHz

<12mV @ 1GHz

<3mV @ 150MHz

<25mV @ 2GHz

<5mV @ 450MHz

<100mV @ 2.8GHz

 

 

 

Input Sensitivity 1 Meg Ohm (50Hz-40MHz)

<40mV @ 50HZ

<30mV @ 20MHz

<30mV @ 1KHz

<40mV @ 30MHz

<30mV @ 10MHz

<60mV @ 40MHz


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