Page 1
Keysight 16047E Test Fixture Operation and Service Manual...
Page 2
EULA. governed by United States and Declaration of Conformity Keysight shall be under no obligation international copyright laws. to update, revise or otherwise modify Trademark Acknowledgments Declarations of Conformity for this the Software.
Inspect the shipping container for damage. If the shipping container or cushioning material is damaged, it should be kept until the contents of the shipment have been checked for completeness and the 16047E has been checked mechanically and electrically. The contents of the shipment should be...
Follow these steps below to connect the 16047E to the instrument with screw holes. Step 1. Set the 16047E test fixture to the test connectors on the front panel of the Impedance Analyzer by gradually coupling the four BNC connectors and fastening screws of the fixture with the test connectors and accessory mounting holes of the instrument until they come to complete contact.
Figure 1-2 Locations of fastening screws Step 1. Set the 16047E test fixture to the UNKNOWN connectors on the instrument by gradually coupling the four BNC connectors and fastening screws of the fixture with the connectors of the instrument until they come to complete contact.
Installation Guide Cleaning Cleaning When the electrodes get dirty, their contact resistance increases resulting in inaccurate measurement. Use soft cloth to clean the electrode to remove dust particles or any other dirt. Keysight 16047E Test Fixture...
Overview Product Overview The 16047E is a test fixture used to measure parts with leads. When used with the Impedance Analyzer, the fixture provides highly accurate measurement with wide frequency range up to 120 MHz. Also it gains mechanical stability and a prolonged life when it is secured to the Impedance Analyzer with its fastening screws.
Overview Functions Functions Figure 2-2 shows name of each part of the 16047E and Table 2-1 shows function. Figure 2-2 16047E Parts Table 2-1 16047E Function NAME FUNCTION Electrode Contact for DUT electrode. The LOW side electrode connected to an instrument’s L and the HIGH side electrode connected to an instrument’s...
Performing Fixture Compensation To enhance measurement accuracy, fixture compensation should be done before DUT measurement. The fixture compensation requires measurements with the 16047E for open and short compensation data. The following procedure shows the measurement for the compensation data. Performing Open Compensation The open compensation procedure is as follows.
Do not fasten the screws too tightly to prevent the electrodes from damaged. 2. Follow the instruction manual that came with your instrument to perform a measurement to obtain load compensation data. Keysight 16047E Test Fixture...
2. Fasten both of the securing screws. Do not fasten the screws too tightly to prevent the electrodes from damaged. Figure 3-2 Performing DUT Measurement 3. Follow the instruction manual that came with your instrument to measure your DUT. Keysight 16047E Test Fixture...
Operation Measuring 3-terminal device Measuring 3-terminal device The 16047E allows you to measure a 3-terminal device shown in Figure 3-3. Figure 3-3 3-terminal device Use the guard terminal on the fixture to measure a 3-terminal device. Connect the lead No. 3 to the guard terminal in order to measure only characteristics of...
Page 15
Similarly, connect the lead No. 2 to the guard terminal in order to measure only characteristics of Z eliminating any effects from Z and Z Connect your device to the guard terminal with a shortest possible lead. Longer lead will degrade the guard effect resulting in less accurate measurement result. Keysight 16047E Test Fixture...
Page 16
Operation Measuring 3-terminal device Keysight 16047E Test Fixture...
Keysight 16047E Test Fixture Operation and Service Manual Specifications and Supplemental Performance Characteristics This chapter provides specifications and supplemental performance characteristics of the 16047E test fixture. Specifications Applicable Instruments LCR meters and Impedance Analyzers with four-terminals Applicable DUT Type Lead components Frequency ≤...
Specifications and Supplemental Performance Characteristics Supplemental Performance Characteristics Supplemental Performance Characteristics This section provides useful data on the 16047E. These supplemental performance characteristics should not be considered specifications. Additional Error Additional errors are calculated as follows. |Z| Measurement Additional error Ze [%] of the |Z| measurement is calculated by substituting the values in the table below into the following equation.
Page 19
De = ( Ze / 100) × (1 + Dx) where Dx is the measured value of D. It is necessary for Ze to be below 10 %. D is not expressed as a percentage but as an absolute value. Keysight 16047E Test Fixture...
Page 20
Dx is the measured value of D and is calculated as follows. Dx = 2 × π × f × Csx × Rsx, where f: measurement signal frequency Csx: measured value of Cs Rsx: measured value of Rs. Keysight 16047E Test Fixture...
RoHS support part backward incompatible with non-RoHS 16047E. Special handling is needed while using the RoHS replacement part on non-RoHS 16047E. The original support part number is replaced by the respective “RoHS Compliant Upper Level Assembly Replacement Part”.
Need help?
Do you have a question about the 16047E and is the answer not in the manual?
Questions and answers