DIY YD-CS Transistor Tester Kit For Multimeter Meter Resistor Capacitor Triode

Description

DIY YD-CS Transistor Tester Kit For Multimeter Meter Resistor Capacitor Triode
Description:
Features:
- A key measurement operation, automatic power off delay. Turn off current is only 20nA to support battery operation.
- Automatic detection of PNP and NPN bipolar transistors, N, P channel MOSFET, JFET FET, diode, dual diode, SCR, resistor, capacitor, inductor. Automatic detection pin definition.
- Measuring the current amplification factor (B) and the turn-on voltage (Uf) of the emitter. Darlington transistor can be identified by high threshold voltage and high current amplification factor.
- Bipolar transistors and MOSFET can be detected inside the protective diode and displayed on the screen.
- Measure the threshold voltage and gate capacitance of MOSFET.
- Supports two resistance measurements, potentiometers can also be measured. If the potentiometer is adjusted to one end of the tester, the tester cannot distinguish between the middle and the two pins.
- The resolution of the resistance measurement is 0.1 ohms and the highest measured value is 50M ohms.
- Capacitance measurements range from 25pf to 100mF (100 thousand UF). Resolution up to 1 pF, inductance measurement range of 0.01MH-20H, less than 0.01MH will be displayed as a resistor.
- The equivalent series resistance (ESR) of the capacitor above 2UF can be measured with a resolution of 0.01 ohms. This feature is very important for the detection of capacitive performance.
- Two diodes can be displayed in the correct direction of the symbol, while showing the forward voltage drop.
- LED is detected as a diode, the forward voltage drop is higher than the normal value. Dual LED detection for dual diode. Detection of light emitting diode will shine.
Specifications:
Material: Acrylic
Measurement range: automatic detection of PNP and NPN bipolar transistors, N, P channel MOSFET, JFET FET, diode, dual diode, SCR, resistors, capacitors, inducors.
Package included:
1 x English instruction
1 x DIY YD-CS Transistor Tester Kit(Battery not included)
Notes:
1. Manual measuring, please allow 1 ~ 3mm error, thank you.
2. Due to the difference between different monitors, the picture may not reflect the actual color of the item. We guarantee the style is the same as shown in the picture.
Payment:
1. PayPal payment only.
2. Please be sure your shipping address is correct. We will only follow your address listed at the PayPal payment for the shipment.
3. Payment must be received 7 days after auction ended.
Shipping:
1. We accept PAYPAL payment only and ship to address provided by PAYPAL
2. Item will be shipped within 1 business days after received a verified payment.
3. All the items will be checked before shipped out.Please rest assured that quality is ensured
4. Shipped by air mail which normally takes 15-28 business days for arrival.
5. Delivery Time upon purchase Locations Australia, South East Asia and Asia 15-18 working days United Kingdom, United States and Canada 12-21 working days Europe, South America, Middle-East Asia 16-28 wrokging days.
Terms of Sale:
If there are any problems with our products,Please feel free to contact us.We will always here to solve them for you.You  don't need to contact ebay or paypal.And please DO NOT leave us Neutral/negative feedback,It won't help the problem to be solved.And it is the worst hurst to a seller.We should try our best to make a happy easy transaction.
If you are satisfied with our products and our service,please tell your friend and leave us positive feedback;if you are not satisfied with our products or service,please DO tell us.
After receiving the item,you could contact us within 30 days.Refund will be given as money back or item exchange.
About Us:
100% Authentic.
Brand new (Unless the description says used), first quality, with all original parts and authentic.
Original manufacturer's serial numbers intact.
Not refurbished, factory seconds, or replica products.
Contact Us:
Working Day: Monday to Saturday
Working Time: 9:00 am to 19:00 pm (GTM +8:00 Beijing)