7637-DCC Integrate Fast Pulse and Slow Pulse Direct Capacitive Coupling Condenser Coupling ISO7637-3
Introduction
· Built-in capacitive coupling;
· Integrated fast pulse and slow pulse direct capacitive coupling (DCC) testing
7637-DCC Integrate Fast Pulse and Slow Pulse Direct Capacitive Coupling Condenser Coupling ISO7637-3
Introduction to slow pulse experimental wiring
(1) generator (P2a);
(2) oscilloscope or subject;
(3) reference grounding;
(4) Test line (red);
(5)7637-3 DCC box;
(6) high impedance passive voltage probe;
(7) Ground connection;
Step 1: Connect the generator to the 7637-DCC box:
P2a generator output port out+ uses the red test cable to connect the PULSE IN red terminal of the 7637-3 DCC box. P2a generator output port out- Uses the black test cable to connect the COM black terminal of the 7637-3 DCC box.
Step 2:7637-3 Connect the DCC box to the subject:
The LINE(0.1uF) yellow terminal of the Case1: 7637-3 DCC box is connected to the positive (+) end of the subject, and the COM black terminal of the 7637-3 DCC box is connected to the negative (-) end.
The yellow terminals of the LINE1(470PF) and LINE2(470PF) of the 7637-3 DCC box are connected to the positive (+) end of the subject, and the COM black terminals of the 7637-3 DCC box are connected to the negative (-) end of the subject.
(1) Generator (P3);
(2) oscilloscope or subject;
(3) reference grounding;
(4) 50? Coaxial cable (maximum length not exceeding 500mm);
(5)7637-3 DCC box;
(6)1kΩ to 50Ω attenuator;
(7) 50? Coaxial cable;
(8) Ground connection;
Step 1: Connect the generator to the 7637-DCC box:
Generator output port BNC port, using 50? Connect the coaxial cable to the BNC terminal of the PULSE IN the 7637-3 DCC box.
Step 2:7637-3 Connect the DCC box to the subject:
Case1: 7637-3 DCC box LINE1(100PF), LINE2(100PF) yellow terminal connected to the positive (+) end of the subject, 7637-3 DCC box COM black terminal connected to the negative (-) end of the subject.