Quiet Thermistor Rt800 (35); Table 16. Haptic Output Header Pinout J802 - Intrinsyc Open-Q 845 mSOM User Manual

Open-Q™ 845 µSOM Development Kit User Guide
IEEE802.11 a/b/g/n/ac WLAN standards, and Bluetooth + LE 5.x + HS enabling seamless
integration of WLAN/Bluetooth and low energy technology.
The WCN3990 chipset is located on the µSOM, which has U.FL coax connectors for channel 0
(WLAN+BT) and channel 1 (WLAN only). These connectors are mated to the Carrier board WLAN
/ BT PCB antennas via coax cables. Figure 1 in 3.4.1 above shows how the two WLAN / BT are
routed via the coax cables:
• For channel 0 (WLAN+BT), see items 31 and 13 on Figure 1.
• For channel 1 (WLAN only), see items 32 and 14 on Figure 1.
If a more advanced antenna solution is required, it is possible to connect custom antennas directly to
the µSOM U.FL connectors.

3.7.23 Quiet Thermistor RT800 (35)

The Open-Q 845 µSOM Development Kit includes a thermistor on the carrier board to allow for
system level thermal management. See item 35 in Figure 1 for the carrier board location of the Quiet
Thermistor RT800.
3.7.24 Haptic Output Header J802 (9)
The Open-Q 845 µSOM Development Kit includes a haptic output header J802, giving the user
access to the µSOM PMI8998 PMIC haptic output driver. This driver supports both ERM and LRA
modes. See item 9 in Figure 1 for the carrier board location of this header. The pinout for this header
is shown in the table below.
© Copyright Intrinsyc Technologies Corporation

Table 16. Haptic Output Header Pinout J802

Pin No Signal
1 HAP_OUT_R_P
2 HAP_OUT_R_N
Description
Haptic output positive
Haptic output negative
Version 1.0
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