Sentence examples for boosted voltage from inspiring English sources

Figure 23 Power and energy consumption for different values of boosted voltage and write pulse width.

For instance, when pulse width is 30 ns, write-1 BER = 0.25 × 10 2 when the boosted voltage is 1.1 V, whereas write-1 BER = 0.4 × 10 4 when the boosted voltage is 1.3 V. Figure 22 BER versus write pulse duration for different values of SL voltage.

In this technique, to improve the write features of the SRAM cell, a negative voltage is applied to one of the bitlines in the SRAM cell while another bitline is connected to a boosted voltage.

As an essential low-voltage circuit, a triple pumping scheme is proposed to generate a stable boosted voltage whose level exceeds over twice the supply voltage and which is required for the boosted word-line bias.

For BER = 10 5, we consider the following combinations of write pulse widths and boosted voltages: (60 ns, 0.9 V), (42 ns, 1.1 V), (31 ns, 1.3 V), and (25 ns, 1.5 V).

Furthermore, boosting voltage level of SL during write-1 operation also reduces the write-failures.

With optimized values of fin and module heights, the system was designed to produce 0.48 mW of electrical power at a boosted output voltage of 3.0 V, enough to power a small heart-rate monitor.

Inverting Op-amp is used to boost the voltage from mV to voltage range.

Figure21 illustrates the latency distribution of write-1 operation when access transistor size is W/L = 4, BL is set to zero and SL varied from 0.9 (nominal) to 1.5 V. We see that boosting SL voltage level over nominal voltage level reduces the average latency and variation of the write-1 operation.

Next, we investigate the combination of different write pulse widths and boosted SL voltages that can achieve the same target BER.

A 690 V/33 kV step-up transformer is used to boost the voltage up to 33 kV, since the stator output voltage of the WTs generator is typically 690 V.