DVD/CD compatible, clock frequency range: 4.0MHz – 220MHz
High specs with maximum 74MSPS, minimum resolution of 25ps
Built-in wobble-jitter measurement and Bi-Phase jitter measurementA@functions
PLL clock regeneration circuits for CD standard speed, 2x, 4x, 8x speed,
DVD standard speed and 2x speed
Equipped with a DVD standard-speed equalizer circuit

Enables time-interval-based measurement of jitter in DVD/CD players Supports a clock frequency of 4.1 MHz to 60 MHz Equipped with an INHIBIT INPUT terminal as standard Equipped with GPIB interface (models with GPIB interface only)

Conform to the DVD Book ! Adopting the time-interval system Covering a clock frequency range of 25 MHz to 150 MHz GO/NO GO judgement function Equipped with Equalizer circuit and PLL clock regeneration circuit GPIB interface (Factory option)

Functionality trimmed to a minimum to implement low-cost models
Compact unit ideal for integration into evaluation system
Dimensions : 45W x 175H x 210.5(max 240)D mm
Control via an RS-232C interface
2-signal testing (data to clock) and measurement of up to 60 MHz (channel clock) (KJM6710)
DVD-ROM standard-speed PLL clock generation circuit and equalizer circuit (KJM6710)
CD jitter measurement using the time interval method (KJM6310)

Supporting X 1, X 2, X 4, X 8 CD speed Incorporating the symmetry follow-up circuit, PLL clock regeneration circuits, and phase-difference correction circuit Capable of performing full remote control and readback through GPIB (optional)

For CD players and CD-ROM drives Supporting a 22T method, X 1, X 2, X 4, X 8 CD speed 22T method

For testing DVD jitter meters Supporting DVD Allows you to vary jitter modulation frequency Note: KJM2700 is applicable for only Kikusui jitter meters (model KJM6735).

For testing CD jitter meters Supporting X 1, X 2, X 4, X 8 CD speed Allows you to vary jitter modulation frequency Note: KJM2100 is applicable for only Kikusui jitter meters (model KJM6235 and KJM6235A).

The probe can be used as an amplifier (gain of 14 dB).
Input impedance of 1 M Ohm and output impedance of 50 Ohm (ensuring signal transmission after probing).
The signal can be probed directly from the pickup (the probe can be used beginning with 40 mVp-p).