TLE8250GVIO datasheet(21/26 Pages) INFINEON

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Data Sheet

Rev. 1.11

2016-12-29

TLE8250GVIO

High Speed CAN-Transceiver

Application Information

•The curve “VRxD,H = 0.4 V; typ. output current; VCC = 5.0 V; VIO =5.0 V;” displays the typical output current

at the RxD output pin of the TLE8250GVIO (see Figure 13).

For this graph VCC =5.0 V and VIO =5.0 V.

•The curve “VRxD,H = 0.4 V; typ. output current + 6 sigma; VCC = 5.0 V; VIO =5.0 V;” displays the expected

maximum value of the output current at the RxD output pin (see Figure 13).

For this graph VCC =5.0 V and VIO =5.0 V.

•The curve “VRxD,H = 0.4 V; typ. output current - 6 sigma; VCC = 5.0 V; VIO =5.0 V;” displays the expected

minimum value of the output current at the RxD output pin (see Figure 13).

For this graph VCC =5.0 V and VIO =5.0 V.

•The curve “VRxD,H = 0.4 V; typ. output current; VCC = 5.0 V; VIO =3.3 V;” displays the typical output current

at the RxD output pin of the TLE8250GVIO (see Figure 14).

For this graph VCC =5.0 V and VIO =3.3 V.

•The curve “VRxD,H = 0.4 V; typ. output current + 6 sigma; VCC = 5.0 V; VIO =3.3 V;” displays the expected

maximum value of the output current at the RxD output pin (see Figure 14).

For this graph VCC =5.0 V and VIO =3.3 V.

•The curve “VRxD,H = 0.4 V; typ. output current - 6 sigma; VCC = 5.0 V; VIO =3.3 V;” displays the expected

minimum value of the output current at the RxD output pin (see Figure 14).

For this graph VCC =5.0 V and VIO =3.3 V.

Figure 11

RxD Output driver capability for a logical “High” signal VRxD,H=4.6 V, VCC=5.0 V, VIO=5.0 V1)

1) Characteristics generated by simulation and specified by design. Production test criteria is described in Table 6;

Pos.: 7.1.10

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