The Hioki 3506-10 C Meter is a high-speed dual-band capacitance meter designed specifically for ceramic capacitor testing on automated production lines. Built for seamless integration with taping machines and sorting systems, it delivers fast, stable, and repeatable measurements even in demanding manufacturing environments.
Key Features
Dual measurement frequencies of 1 kHz and 1 MHz
Ultra-fast analog test time of 0.6 ms at 1 MHz
Stable low-capacitance measurement for MLCC production
Enhanced noise resistance for reliable inline testing
BIN function for efficient component screening
Designed for integration with taping machines and sorters
Excellent repeatability for high-volume manufacturing
The Hioki M7103 Module is a compact, high-precision power measurement solution designed for multi-channel efficiency testing of PV inverters, high-voltage batteries, and energy storage systems. Ideal for embedded and production line applications, it offers unmatched scalability, speed, and accuracy.
Key Features
Power analyzer-class accuracy: DC/AC ±0.07%
Supports up to 1500 V DC measurement
12 channels per 4U rack unit; expandable to 120 channels
Synchronization Source Sharing for stable efficiency measurements
High-speed data transfer with 5 ms sampling interval
Suitable for PV inverter and multi-MPPT string efficiency testing
Direct measurement without differential probes for high voltages
The Hioki VT1005 Divider allows safe, accurate measurement of high voltages up to 5000 V and evaluation of inverter efficiency with exceptional precision. Its broad frequency range, high noise immunity, and differential input design make it ideal for power system and high-voltage inverter applications.
Key Features
Maximum input voltage: 5000 V AC/DC
Differential input method for precise measurement
±0.08% DC accuracy, ±0.04% at 50/60 Hz, ±0.17% at 50 kHz
Frequency band: DC to 4 MHz (-3 dB)
Excellent amplitude flatness: ±0.1% up to 200 kHz
Phase flatness: ±0.1° up to 500 kHz
Noise resistance: CMRR 80 dB typical (100 kHz)
Detects efficiency improvements on the order of 0.1%
Safely measures high voltages that standard analyzers cannot handle