e16 High Current

Fully integrated 16-channel current amplifier for multichannel low-noise current measurements. Suitable for arrayed solid-state nanopore measurements.

Available with a built-in Faraday cage for hosting arrays or with an input corrector for general applications.

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Flow Cell Array

Reusable 16-channel flow cell array for solid-state nanopores. Suitable for 4×4 mm² nanopore chips. Easy tool-free assembly. Alternatively, a bare PCB is provided to connect the amplifier to an experimental setup (e.g. flow cell, sensor etc.).

Amplifier Architecture

Fully-parallel structure for current sensing, where each input is equipped with its own low-noise amplifier, digitizer, and voltage stimulus circuitry within a ±500 mV range. An additional DAC supplies a voltage reference stimulus with a maximum range of ±15 V. All 16 channels are integrated into an Elements multichannel ASIC, while data processing is efficiently managed by an internal FPGA.

Features

10MOhm // 5pF (RMS) noise:
- 28 pA rms @ 10 kHz

Current ranges: ±200 nA; ±4 µA
Parametric voltage protocols for pulse generator in the range of ±500 mV
Max available bandwidth: 100 kHz
Max sampling rate: 200 ksps
Voltage hold potential individually editable on each channel in the range of ±500 mV
Voltage reference potential editable in the range of ±15 V
Auto electrodes voltage offset compensation
Digital filtering available in software
USB 2.0 Data Interface
5 Vdc Power Supply
Size & Weight: 35 x 69 x 165 mm, 494 g