Used LTX-CREDENCE Quartet One #9268099 for sale

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Manufacturer
LTX-CREDENCE
Model
Quartet One
ID: 9268099
Tester, 8" 192 Channels Tester type: Mixed signal VLSI test system 2 Sites Prober type: TEL / TOKYO ELECTRON P-8 Remote operation Digital DC PMU: PMU Per 8-digital pins Measure voltage range / Accuracy: Range: -2.5 V % 7.5 V No resolution Accuracy: ± 9.76 mV Force voltage and measure current: Range / Accuracy 100 nA / - / ±500 pA 1 µA / - / ±2.5 nA 10 µA / - / ±25 nA 100 µA / - / ±250 nA 1 mA / - / ±2.5 µA 25 mA / - / ±50 µA 100 mA / 0.061% of Range / ±500µA Force voltage mode: Range / Accuracy -2.5 V % 7.5 V / 2.54 mV Force current and measure voltage: Range / Resolution / Accuracy 100 nA / - / ±15 nA 1µA / - / ±150 nA 10 µA / - / ±1.5 µA 100 µA / - / ±15 mA 25 mA / - / ±150 µA 100 mA / 0.508% of Range / ±2.5 A DPS: (4) Supplies Voltage supplies: Vmax / ImaxAccuracy 7.5 V / 4 A / - 15 V / 2 A / - 30 V / 1 A / ± (0.055% of value + 0.07% of FS) Current supplies: Vmax / Imax 200 mA / 30 V Current limit: Range / Resolution / Accuracy 200 mA / - / - 20 mA / - / ±(0.11% of value + 2 mA / - / 0.1 µA/V + 0.06% of range + 2µA) Digital timing and pattern generation: Data rate: 200 MHz Data I/O 400 MHz Data NRZ output mode (16) Sets of (10) edges per pin Selection (Normal mode): (4) Bits per 128 pins Alternate mode: (4) Bits per pin, selectable from pins own pattern data Cycle length timing sets: (16) Sets per 128 pins Cycle time period: Minimum / Maximum / Resolution 10nSec / 327.6µSec / 62.5pSec (10) Edges per pin Programming res: 60ps Placement accuracy: ±175ps Inhibit edge placement accuracy: ±175ps Accuracy: ±175ps Broadside pattern depth: (4) Bits per I/O pin by 8, 15, 32 or 64 M rows 128 Pins: 64M 64M (2) 32M (4) 16M (8) 8M 128 Pins: 128M 128M (2) 64M (4) 32M (8) 16M Digital pin driver: Range / Resolution / Accuracy -2.5 V % 7.5 V / 2.54 mV / ±10 mV Programming sources: (4) Pairs of rails Driver current limit: ±100 mA Maximum Dynamic source impedance: 50Ω programmable 5V Pulse rise / Fall time: <1.05 ns ± 20% 3V Pulse rise / Fall time: <1.05 ns ± 20% Width / Edge separation: 2.5 ns at 3V step guaranteed edge placement: 3.5 ns at 3 V step On, 5V step: 2.25 ns maximum Driver formats: Pulse 1, DDE, Alternate F Inhibit formats: Alternate Digital pin comparator: Comparator modes: Latched double strobe Range / Resolution / Accuracy -2.3 V % 7.3V / 2.44 mV / ±25 mV Compare level programming: Independent, high & low setting per pin Comparator overdrive: 50 mV (Typ 20 mV) Overdrive sensitivity: 75ps/V maximum Threshold level sensitivity: 50ps/V maximum Overall system response bandwidth: 600 MHz at -3 dB typical Pulse width: 2.5 ns Pulse width: 1.5 ns Achievable window width: 1 ns Window separation: 5.0 ns, 3.5 ns Typical Comparator formats: Tristate, ALT, compare, FI_Sele, FI_Partner Active loads: Types: Pull-ups, Pull-down Pull-up (source) current:0 % - 25 mA Pull-up voltage: -2.5 V %1.5 V Pull-down (sink) current: 0 % 25 mA Pull-down voltage: +2.0 V % 7.5 V Programming resolution: 1µA, 10 mV Programmable voltage compliance clamps V-high (Pull-up): Range / Resolution / Accuracy 0V % 7.5V / 2.54 mV / +800 mV / -100 mV Accuracy: 25 mA/pin or 100 mA / Pin card Programmable voltage compliance clamps V-low (pull-down) Range / Resolution / Accuracy -2.5V % 5.0V / 2.54 mV / +100 mV/-800 mV Accuracy: 25 mA / pin or 100 mA / pin card Achievable continuous current: 200 mA / Pin card Settling time: 4 ms / maximum Pin electronic interface: I/O Channel capacitance: 53pF ± 2.5pF I/O Channel lumped capacitance: 7.5pF ± 1.5pF Dynamic input resistance: 2.5 M minimum I/O Path channel noise: 40 mV p-p maximum Dut power interface: (10) Power supplies Connections: (4) Wires, kelvin sensed Power supply interface: 6 A Memory: CPU Memory size: 130604 KB Large Vector Memory (LVM): 8M Subroutine Vector Memory (SVM): 1000 Manipulation Within test program Data collection: STDF ASCII File No invantest (Former KLA-TENCOR) Debug tools: PatDebug Shmoo PatEdit Showtool Calcsheet Specsheet.
LTX-CREDENCE Quartet One is a "final test" equipment designed to verify the prior tests and ensure that products have been thoroughly and properly tested prior to entering the market. The system is comprised of four independent components that measure four key areas of product functionality. The first component is the High Power Test, which is designed to evaluate the electrical power of the product and verify that it meets the required AC/DC voltages and current drawn. The second component is the Signal Integrity Test, which is used to evaluate the signal integrity of the product and its ability to transmit and receive the expected signals. The third component is the Power Analysis Test, which determines the power consumption and other power-related values such as resistance, capacitance, and inductance. Finally, the fourth component is the EMC Test, which measures the electromagnetic compatibility of the product and verifies compliance with regulatory requirements. Quartet One unit has a built-in data logger which allows for easily tracking and monitoring test data, and the machine also includes an integrated safety tool which guards against improper use of the asset. The model is also equipped with a wide range of test probes and other accessories for easy setup and testing. LTX-CREDENCE Quartet One equipment is also capable of executing various levels of tests with varying levels of complexity depending on the product being tested. Each test includes an automated summary report which includes detailed results of the entire test procedure. In summary, Quartet One system is a comprehensive and reliable "final test" solution that provides a thorough evaluation of product functionality and verifies compliance with the required standards and regulations. The unit is easy to use, has a cost-effective design, and is highly reliable.
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