GW Instek GLP-1A Logic Probe and Pulser, 4VDC to 18VDC Operating Voltage, 50MHz Maximum Input Frequency
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The GLP-1A logic pulser can be used to perform in-circuit testing of TTL, CMOS, and many other logic devices at a maximum of 50MHz. The GLP-1A is enhanced with a logic probe function with a minimum detectable pulse width of 10 ns, providing enough sensitivity for most applications. A Short 10 sec pulse width assures that no damage will occur to circuits whilst testing. With a weight less than 50g, a non-slip grip, and an external sync input, GLP-1A provides comfort and reliability for various troubleshooting tasks.
Quick Comparison
| Settings | GW Instek GLP-1A Logic Probe and Pulser, 4VDC to 18VDC Operating Voltage, 50MHz Maximum Input Frequency remove | GW Instek GCP-530 50MHz/30A AC/DC Current Probe remove | GW Instek GCP-1030 100MHz/30A AC/DC Current Probe remove | Probe Master 3915 Heavy Duty Passive Voltage Probe Kit includes (1) 3901-2 (100MHz, 1X/10X), (1) 3903-2 (26MHz, 1X), (1) 3904-2 (100MHz, 10X), MASTER KIT remove | Probe Master 4231 Differential Probe, 25MHz, 20X/200X, 1400V remove | GW Instek GDP-025 High Voltage Differential Probe, 25MHz Bandwidth, 9VDC Power Supply remove | ||||||||||||||||||||||||
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| SKU | N_GW Instek GLP-1A | N_GW Instek GCP-530 | N_GW Instek GCP-1030 | N_Probe Master 3915 | N_Probe Master 4231 | N_GW Instek GDP-025 | ||||||||||||||||||||||||
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| Price | Available for Quote | Available for Quote | Available for Quote | Available for Quote | Available for Quote | Available for Quote | ||||||||||||||||||||||||
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| Description | The GLP-1A logic pulser can be used to perform in-circuit testing of TTL, CMOS, and many other logic devices at a maximum of 50MHz. The GLP-1A is enhanced with a logic probe function with a minimum detectable pulse width of 10 ns, providing enough sensitivity for most applications. A Short 10 sec pulse width assures that no damage will occur to circuits whilst testing. With a weight less than 50g, a non-slip grip, and an external sync input, GLP-1A provides comfort and reliability for various troubleshooting tasks. | |||||||||||||||||||||||||||||
| Content | With a flat frequency response, low noise and low insertion loss, the GCP-530 and GCP-1030 clamp-on probes are ideal for measuring steady state or transient current in amplifiers, inverters, electric motors, switching power supplies, controllers, sensors, LCD displays and electronic ballasts. For low current measurements, the high signal-to-noise ratio also makes the GCP-530 and GCP-1030 current probes ideal solutions. | With a flat frequency response, low noise and low insertion loss, the GCP-530 and GCP-1030 clamp-on probes are ideal for measuring steady state or transient current in amplifiers, inverters, electric motors, switching power supplies, controllers, sensors, LCD displays and electronic ballasts. For low current measurements, the high signal-to-noise ratio also makes the GCP-530 and GCP-1030 current probes ideal solutions. | The GDP series probe provide 25MHz, 50MHz and 100MHz bandwidth, enabling users to safely make high-voltage measurements on floating circuit test. GDP series high-voltage differential probe converts floating signals to low-voltage ground-referenced signals that can be displayed safely and easily on any ground-referenced oscilloscope | |||||||||||||||||||||||||||
| Weight | 1 | 3 | 3 | 0.3 | 0.3 | 2 | ||||||||||||||||||||||||
| Dimensions | 6 × 8 × 4 in | 16.93 × 15.35 × 12.2 in | 16.93 × 15.35 × 12.2 in | 7 × 3 × 2 in | 7 × 3 × 2 in | 11 × 11.25 × 2.25 in | ||||||||||||||||||||||||
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