NXP NTM fiche technique

No.	Partie #	Fabricant	Description
1	NTM88H065S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
2	NTM88H075S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
3	NTM88H055S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
4	NTM88H155S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
5	NTM88H125S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
6	NTM88H025S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
7	NTM88H145S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
8	NTM88H135S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
9	NTM88J135ST1	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
10	NTM88J155ST1	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
11	NTM88K135S	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer range: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated intern
12	NTM88K135ST1	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer range: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated intern
13	NTM88J125ST1	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter
14	NTM88J145ST1	NXP	Tire pressure monitor sensor and benefits • Optional pressure ranges1 • Optional accelerometer ranges: See Section 3. • Transducer measurement interfaces with low-power AFE: – 10-bit compensated pressure sense element – 10-bit compensated accelerometers – 8-bit compensated inter