The Sencore FE14 and FE16 Field Effect Meters manual provides detailed instructions on setup, operation, and troubleshooting, including how to use the various controls such as the function switch, range switch, and adjustments for zero and ohms. It also explains how to perform specific measurements like reading DC and AC volts, using zero center scales, and the importance of using the shielded lead on the FE16 for accurate AC measurements in the presence of strong electrostatic and magnetic fields.
Manual Overview
The Sencore FE14 and FE16 Field Effect Meters combine the features of VTVM and VOM meters, offering high input impedance, peak-to-peak AC measurements, and zero warm-up time. These meters are equipped with a mirrored scale for accuracy and are protected against overloads and incorrect voltage applications. The troubleshooting process involves setting the function and range switches to the appropriate settings for the measurement type, connecting the leads, and interpreting the results on the meter. Calibration involves using the ZERO ADJ and OHMS ADJ controls to ensure accurate readings. The FE16 model includes a shielded lead for accurate AC measurements in environments with strong electromagnetic fields. The manual provides detailed guidance on reading DC and AC voltages, with specific instructions on using the zero center scale for measuring plus or minus voltages without changing polarity. The FE14 and FE16 meters are battery-operated for portability and include accessories like a high voltage probe to extend measurement capabilities.
Quick Issues Covered
- Diagnose power-up failures with battery and circuit checks.
- Calibrate using ZERO ADJ and OHMS ADJ controls for accurate readings.
- Utilize schematics for effective circuit tracing and troubleshooting.
Overview
The Sencore FE14 and FE16 Field Effect Meters are versatile test meters combining features of a VTVM and a VOM. They offer high input impedance for AC and DC voltage ranges, peak-to-peak AC measurements, DC zero center scales, zero warm-up time, DC current ranges, and portability. These meters are suitable for service technicians, engineers, and experimenters in the electrical and electronic fields. Key features include high input impedance, true peak-to-peak AC ranges, zero center ranges, DC current ranges, mirrored scale meter, overload protection, and durable steel construction. The meters are battery-operated for portability and come with various specifications for DC volts, AC volts, ohmmeter, and DC current measurements.
Specifications
- FE14 SPECIFICATIONS
- De VOLTS
- Ranges: Oto 1, 3, 10, 30, 100, 300 and 1000 FULL SCALE
- -.5to.5, -1.5to1.5, -5 to 5, -15 to 15, -50 to 50, -150 to 150 and -500 to 500 ZERO CENTER SCALE RANGES
- Input Resistance: 15 megohms shunted by 14 PF.
- Accuracy: + 21/2%
- AC Rejection: 30 to 300 times (30 to 50db).
- AC VOLTS
- Ranges: (Rms) Otol, 3, 10, 30, 100, 300 and 1000 FULL SCALE
- Ranges: (Peak to Peak) 0-2.8, 8.4, 28, 84, 280, 840 and 2800 Full Scale, frequency compensated
- Input Resistance: 10 megohms shunted by 29 PF.
- Frequency Response: Flat: 25HZ to [MHZ
- 3db points: 1OHz to l1OMHz
- Accuracy: + 4 1/24,
- OHMMETER
- Ranges: O to 1000 ohms, LOK, LOQK, 10 megohms and 1000 megohms
- Accuracy: + 2 degrees ARC
- DC CURRENT MEASUREMENTS
- Ranges: 0 – 100 microamps, Ima, 10ma, 100ma and 1 Ampere
- Accuracy: + 3%
- Internal Voltage Drop: 200 MV
- FE16 SPECIFICATIONS
- DC VOLTS
- Ranges: Otol, 3, 10, 30, 100, 300 and 1000 FULL SCALE
- -.5to.5, “1.5 to 1.5, -5 to 5, -15 to 15, -50 to 50, -150 to 150 and -500 to 500 ZERO CENTER SCALE RANGES
- Input Resistance: 15 mcegohms shunted by 14 PF at jack or 37 PF thru cable
- Accuracy: + 1.5%
- AC Rejection: 30 to 300 times (30 to 50db).
- AC VOLTS
- Ranges: (Rms) Otol, 3, 10, 30, 100, 300 and 1000 FULL SCALE
- Ranges: (Peak to Peak) O-2,8, 8.4, 28, 84, 280, 840 and 2800 Full scale, frequency compensated
- Input Resistance: LO megohms shunted by 29 PF at jack or 118 PF thru cable
- Frequency Response: Flat: 25HZ to 1MHZ
- 3db points: 1OHz to L1OMHz
- Accuracy: + 3%
- OHMMETER
- Ranges: 0 to 1000 ohms, LOK, 100K, 10 megohms and 1000 megohms
- Accuracy: + 2 degrees ARC
- DC CURRENT MEASUREMENTS
- Ranges: O – 100 microamps, Ima, lOma, 100ma and 1 Ampere
- Accuracy: + 3% full scale
- Internal Voltage Drop: 200MV
- GENERAL SPECIFICATIONS
Controls & Indicators
The front-panel controls and indicators for the Sencore FE14 and FE16 Field Effect Meters include the following:
– OFF-ON switch: Controls the power to the circuit. A red flag appears in the switch opening to indicate when the meter is on.
– ZERO ADJ: Used to position the pointer of the meter over the zero on the extreme left of the meter scale or on the center zero when using the zero center ranges.
– OHMS ADJ: Used to adjust for a full-scale deflection (zero ohms) on the ohms scale of the meter.
– FUNCTION SWITCH: Selects the type of measurement to be performed, such as DC Volts, AC Volts, Ohms, or Battery Check.
– RANGE SWITCH: Selects the desired range of current, voltage, or resistance to be measured.
Installation / Setup
Refer to the PDF for details.
Operation
The Sencore FE14 and FE16 Field Effect Meters are designed for ease of operation, similar to a standard VOM. They include controls such as the OFF-ON switch, ZERO ADJ, OHMS ADJ, FUNCTION switch, and RANGE switch. The OFF-ON switch controls the power, with a red flag indicating when the meter is on. ZERO ADJ positions the pointer for zero readings, while OHMS ADJ is used for full-scale deflection before measuring resistance. The FUNCTION switch selects the type of measurement, and the RANGE switch selects the measurement range.
For operation, set the FUNCTION switch to the desired test, the RANGE switch to the appropriate range, connect the leads, and read the results on the meter. For DC volts, set the FUNCTION switch to plus or minus DCV/MA, choose the range, connect the leads, and read the results. For AC volts, set the FUNCTION switch to ACV/OHMS, select the range, and use the appropriate scales for RMS or peak-to-peak voltages. Zero center scales allow reading of plus or minus voltages without changing polarity.
Troubleshooting & Error Codes
Refer to the PDF for details.
Safety & Warnings
Refer to the PDF for details.
Download MANUAL Service manual (PDF – 683.2 KB)
Download the Sencore FE14-FE16 Field Effect Meter Manual to troubleshoot and calibrate effectively. File size: 683.2 KB.
- Brand: Sencore-fe14-fe16-field-effect-meter-operation-service
- Model: MANUAL
- Type: Service manual
- File size: 683.2 KB
Overview
Brief overview of the product.
Specifications
- Key spec 1
- Key spec 2
Controls & Indicators
Control panel/button layout.
Installation / Setup
- Step 1…
- Step 2…
Operation
Basic usage, modes, cycles.
Troubleshooting & Error Codes
| Issue / Code | Fix |
|---|---|
| Example | How to fix… |
Safety & Warnings
- Important warning…
Downloads
Download MANUAL service manual (PDF)
Sencore FE14/FE16 Field Effect Meter Overview
The Sencore FE14 and FE16 Field Effect Meters are precision instruments designed for testing and measuring the characteristics of field-effect transistors (FETs). These meters provide accurate readings of parameters such as gate threshold voltage, transconductance, and leakage current, making them essential tools for technicians and engineers working with semiconductor devices. The device supports quick and reliable evaluation of FET performance in both laboratory and field environments.
Main Features and Specifications
- Measures key FET parameters including gate threshold voltage and transconductance
- High accuracy and repeatability for reliable testing results
- Compact and portable design suitable for field and bench use
- Easy-to-read analog display with clear calibration markings
- Battery-operated for convenient, cordless operation
- Compatible with a wide range of N-channel and P-channel FETs
- Robust construction for durability in various working conditions
Basic Usage and Operation Tips
Before testing, ensure the meter is properly calibrated according to the manual instructions. Insert the FET leads into the designated test sockets, observing correct polarity. Use the meter’s controls to select the desired measurement mode. Allow the device a few moments to stabilize before reading the measurement. For best results, test components at room temperature and avoid touching the leads during measurement to prevent interference.
Troubleshooting and Maintenance
If the meter displays erratic readings or fails to power on, first check the battery condition and replace if necessary. Clean the test sockets regularly to maintain good contact with device leads. Avoid exposing the meter to moisture or extreme temperatures. If calibration drift is suspected, perform recalibration as outlined in the service manual. For persistent issues, consult the detailed troubleshooting section of the manual or contact authorized service personnel.
Safety Reminder
Always disconnect the meter from any circuit before testing to avoid electric shock or damage. Use the device only within its specified voltage and current limits. Handle the meter with care and store it in a dry, dust-free environment when not in use. Following these safety precautions will ensure accurate measurements and prolong the life of your Sencore Field Effect Meter.