STMicroelectronics ADC120IPT 12-Bit ADC, TSSOP16 Package for Industrial & Medical Signal Conversion

STMicroelectronics ADC120IPT 12-Bit ADC Overview for Industrial & Medical Signal Conversion

The STMicroelectronics ADC120IPT is a high-precision, low-power 12-bit Analog-to-Digital Converter (ADC) with a single-ended input, engineered for B2B applications that demand accurate analog-to-digital signal conversion, real-time sampling, and space efficiency-targeted at Industrial Automation (process control sensors, PLC analog input modules), Medical Devices (patient monitoring equipment, diagnostic tools), and Test and Measurement (portable signal analyzers, data loggers). It integrates critical features-12-bit resolution, 200kSPS maximum sampling rate, 2.7V?C5.5V supply voltage range, 1.2mA typical active current, TSSOP16 surface-mount package, and -40??C to +85??C operating temperature-to ensure reliable digitization of analog signals in precision-critical environments.

Avec high-precision 12-bit analog-to-digital conversion (tuned for industrial and medical signal accuracy), it balances fast sampling speeds with minimal power draw and a compact footprint. This makes it ideal for engineers prioritizing measurement accuracy (preventing data drift in critical systems), real-time performance (capturing dynamic analog signals), and power efficiency (extending battery life in portable test tools). As part of STMicroelectronics?? precision ADC lineup-a series trusted by 240,000+ developers in industrial and medical sectors-it meets strict quality benchmarks: RoHS 2 compliance, ISO 9001 certification, IEC 61000-6-2 EMC compliance (industrial/medical environments), and 10,000+ hours of reliability testing (including linearity, thermal stability, and long-term accuracy validation).

Senior engineers at a leading industrial process control brand endorse it: ??This 12-bit ADC powers our pressure sensor modules. It cut measurement error by 28%, and the TSSOP16 package let us shrink our PLC input module size by 35%. We now hit 99.95% process control accuracy and 98% client satisfaction.?? For more reliable precision ADC components, visit Fabricant de circuits intégrés.

Technical Parameters of STMicroelectronics ADC120IPT

Key Technical Features of ADC120IPT 12-Bit ADC

• 12-Bit High Resolution: Ensures precise measurements. A medical device brand noted: ??Patient vital sign error dropped by 25%-our monitors now meet strict FDA accuracy standards, cutting compliance delays by 30%.??
• 200kSPS Fast Sampling Rate: Captures dynamic signals. An industrial brand shared: ??Process control sensor data latency dropped by 22%-we now adjust production parameters 0.04s faster, reducing material waste by 18%.??
• TSSOP16 Compact Package: Saves critical space. A test tool brand confirmed: ??Portable analyzer PCB area dropped by 35% vs. DIP16-we added a touchscreen, boosting product functionality and sales by 26%.??
• 1.2mA Low Active Current: Reduces power use. An industrial brand said: ??Sensor module power draw dropped by 20%-our battery-powered data loggers last 1.8x longer, cutting field maintenance costs by $130,000 yearly.??
• 68dB High SNR: Minimizes signal noise. A medical brand explained: ??Vital sign signal noise dropped by 32%-our monitors deliver clearer data, reducing false alerts by 28% and improving clinical trust.??

Advantages of ADC120IPT vs. Typical Alternatives

Compared to 10-bit ADCs, high-power 12-bit ADCs, and bulky DIP16-package 12-bit ADCs, the ADC120IPT solves critical B2B pain points-backed by real customer feedback:

1. Higher Accuracy Than 10-Bit ADCs: 10-bit ADCs have 0.1% full-scale error, leading to measurement drift in industrial processes and medical devices. The 12-bit resolution cuts error to 0.024%, ensuring precision. An industrial brand said: ??Our old 10-bit ADC pressure sensors had 0.1% error-this 12-bit model has 0.024%. Process control accuracy rose to 99.95%, material waste dropped by 18%, and we added 3 major manufacturing clients.??

2. Lower Power Than High-Power 12-Bit ADCs: High-power 12-bit ADCs (3.0mA active current) drain portable test tool batteries in 5 hours. The 1.2mA current extends life to 12.5 hours. A test and measurement brand shared: ??Our old 3.0mA ADC analyzer lasted 5 hours-this 1.2mA model lasts 12.5. We saved $150,000 yearly in field battery costs and launched a ??all-day?? analyzer that grew market share by 32%.??

3. Smaller Footprint Than DIP16-Package 12-Bit ADCs: DIP16 12-bit ADCs take up 2.2x more PCB space than TSSOP16 (19.0mm x 6.4mm vs. 6.5mm x 4.4mm), forcing compact medical devices to exceed size limits. The TSSOP16 package fixes this. A medical device brand confirmed: ??Our old DIP16 ADC patient monitor was 22mm thick-too big for 18mm-max hospital carts. This TSSOP16 model fits, and we launched a portable variant that boosted sales by 40%.??

Typical Applications of STMicroelectronics ADC120IPT

This precision 12-bit ADC excels in accuracy-critical, space-constrained B2B designs-proven in these key use cases:

• Industrial Automation (Process Control Sensors): High resolution ensures precise measurements, fast sampling captures dynamic signals. An industrial brand confirmed: ??Pressure sensor error dropped by 28%, process control accuracy hit 99.95%, material waste cut by $180,000 yearly.??
• Medical Devices (Patient Monitoring Equipment): Low noise ensures clear vital signs, compact package fits portable monitors. A medical brand reported: ??Vital sign false alerts dropped by 28%, monitor thickness shrank to 18mm, hospital client retention grew to 98%.??
• Test and Measurement (Portable Signal Analyzers): Low power extends battery life, fast sampling captures transient signals. A test tool brand shared: ??Analyzer battery life up by 1.5x, signal capture latency down by 22%, sales rose by 26% in 6 months.??
• Industrial Automation (PLC Analog Input Modules): Wide voltage fits PLC systems, high accuracy prevents control drift. An industrial brand noted: ??PLC input error dropped by 25%, production line uptime rose to 99.9%, we added 2 automotive manufacturing clients.??
• Medical Devices (Diagnostic Tools): Temperature range fits lab environments, high SNR ensures reliable data. A medical brand confirmed: ??Diagnostic tool data reliability hit 99.9%, FDA compliance time cut by 30%, we partnered with 4 major clinics.??

Frequently Asked Questions (FAQ) About STMicroelectronics ADC120IPT

Why is 12-bit resolution important for industrial process control sensors?

Industrial process control requires 0.05% max error to avoid material waste-10-bit ADCs (0.1% error) miss this mark. The 12-bit resolution (0.024% error) ensures compliance. An industrial engineer said: ??Our old 10-bit ADC caused 0.1% pressure error-this 12-bit model cuts it to 0.024%. We reduced material waste by 18%, saved $180,000 yearly, and added 3 manufacturing clients.??

How does 200kSPS sampling rate improve medical patient monitoring?

Patient vitals like heart rate change rapidly-slower ADCs (100kSPS) miss transient peaks, leading to false alerts. 200kSPS captures every detail. A medical brand said: ??Our old 100kSPS ADC missed 22% of heart rate peaks-this 200kSPS model captures all. False alerts dropped by 28%, clinical trust improved, and we added 4 hospital partners.??

What value does the TSSOP16 package add for portable test and measurement tools?

Portable test tools need PCBs under 7mm x 5mm-DIP16 ADCs (19mm x 6.4mm) exceed this, making tools too bulky. The TSSOP16??s size fixes this. A test tool brand said: ??Our old DIP16 ADC analyzer was 25mm thick-this TSSOP16 model is 12mm. We launched a ??pocket-sized?? variant that boosted sales by 32% and won a $400,000 industrial contract.??

How does 1.2mA active current extend battery life in portable medical devices?

Portable medical monitors use 3.7V batteries-high-power ADCs (3.0mA) last 5 hours, but 1.2mA extends life to 12.5 hours. A medical brand said: ??Our old 3.0mA ADC monitor died after 5 hours-this 1.2mA model lasts 12.5. Nurses no longer swap batteries mid-shift, and we saved $90,000 yearly in battery costs.??

Why is -40??C to +85??C temperature range suitable for industrial factory floors?

Factory floors range from -10??C (winter) to +75??C (summer)-narrow-range ADCs (0??C?C70??C) drift 15% at extreme temps. The wide range keeps accuracy stable. An industrial brand said: ??Our old 0??C?C70??C ADC drifted 15% in summer-this model stays accurate. Process control error dropped by 25%, factory uptime hit 99.9%, and we retained 2 key automotive clients.??