Oscilloscope Clip Probes 1Pcs Professional Secondary Ignition Pickup Oscilloscope Clip Probe X10000 Switchable High Sensitivity Inductive Capacitance Sensor Auto Ignition with Shielded 2.5m Lead
Specification Condition: 100% Brand New Model: X10000 Weight: Approx. 166g / 5.9oz Length: Approx. 256cm / 100.8in Package List: 1 X Secondary Ignition Pickup Probe Note The test-clip should be connected to the isolative wire of ignition plug instead of ignition plug itself to prevent the fire of electrical shock.At least 2inchs away from other high-voltage wires to avoid the interference. Features 1. The secondary ignition probe allows the oscilloscope function to measure the kilovolts value of ignition systems with Distributorless system (DIS) or conventional ones. 2. This is a capacitive pickup that simply connects around the insulation of an ignition circuit component such as a plug wire. 3. The Secondary ignition probe obtains the signal using a capacitive clip and a conditioning circuit in order to deliver a readable waveform to the oscilloscope. 4. It comes with a shielded 2.5m lead. 5. Suitable for use with conventional ignition systems and most HEI and DIS systems. Read more
Product Features
- PRODUCT SPECIFICATION:This secondary ignition pickup probe comes with a shielded 2.5m lead. The type of this high sensitivity oscilloscope clip probe is X10000. Length: Approx. 256cm / 100.8in
- PRODUCT FEATURES:The secondary ignition probe allows the oscilloscope function to measure the kilovolts value of ignition systems with Distributorless system (DIS) or conventional ones
- WIDE APPLICATION:This inductive capacitance sensor auto ignition is suitable for use with conventional ignition systems and most HEI and DIS systems
- PRODUCT DESCRIPTION:This is a capacitive pickup that simply connects around the insulation of an ignition circuit component such as a plug wire
- EXCELLENT PERFORMANCE:The Secondary ignition probe obtains the signal using a capacitive clip and a conditioning circuit in order to deliver a readable waveform to the oscilloscope
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