Fairchild sensor 10222BPJU available now.

Brand

FAIRCHILD/Fairchild Technology (USA)

Application Areas

Medical & Healthcare, Environmental Protection, Food/Agricultural Products, Agriculture, Forestry, Animal Husbandry & Fishery, Integrated Industries

Fairchild Motion Sensors

Fairchild Sensor Product Introduction:

Utilizing Fairchild's systems-based sensor approach to achieve high-performance, easy-to-implement solutions. The FIS1100 Smart IMU is the world's leading consumer electronics IMU, offering pitch, roll, and yaw specifications. This product integrates the proprietary AttitudeEngine motion processor and industry-leading 9-axis sensor fusion algorithms, providing an enhanced user experience and shortening time-to-market. This product is used in high-volume, battery-powered applications that support motion, reducing power consumption by up to 10 times.

Fairchild USA - Why Choose Our MEMS Motion Sensors

Reduce system processing power through intelligent system partitioning

Xsens Motion Tracking Development Center provides sensor fusion and application expertise

Proprietary MEMS process designed specifically for inertial sensors

MEMS Motion Sensor Technology

Fairchild USA - MEMS Motion Sensors

The FIS1100 is the world's leading consumer electronics IMU, offering pitch, roll, and yaw specifications, allowing you to understand the performance you'll achieve before building your first device. The FIS1100 is bundled with Fairchild's high-performance 9-axis sensor fusion – XKF3™ – the industry's most robust and accurate solution, designed by Fairchild's Xsens sensor fusion software development center.

The FIS1100 includes the AttitudeEngine, a purpose-specific vector DSP motion processor capable of processing inertial data at high rates while outputting to the host processor at lower rates required by the end application. In various applications such as walking navigation, this product reduces the output data rate by 10 to 30 times compared to conventional IMUs without an onboard motion processor. Therefore, this product eliminates the need for high-frequency motion data interruptions, allowing the system processor to remain in sleep mode for longer periods and resulting in extended battery life, thus simplifying system integration.

Fairchild, USA - Why Choose Our MEMS Motion Sensors

World's leading consumer electronics IMU, offering pitch, roll, and yaw specifications

Low system processing and low interruption handling through intelligent system partitioning

Sensor fusion and application expertise through Xsens motion tracking

Proprietary MEMS process designed specifically for inertial sensors

Fairchild's SuperFET™ II MOSFET family extends superjunction technology to the high-voltage power MOSFET portfolio. This technology enables Fairchild to deliver robust and superior body diode performance for AC-DC SMPS applications. Our solutions utilize a leading charge-balancing technology to help designers achieve outstanding reliability. The family offers excellent efficiency and thermal characteristics, making it suitable for a wide range of applications; moreover, its extensive packaging options provide designers with tremendous flexibility, especially in space-constrained designs.

Fairchild Semiconductor was founded in 1957, but to mention Fairchild, one must first mention another story: Dr. W. Shockley, the "father of the transistor," who made "the greatest invention of the 20th century." In 1955, Shockley left Bell Labs and returned to his hometown of Santa Clara, where he founded the Shockley Semiconductor Laboratory. Soon, countless job applications flooded Shockley's desk, drawn by his admiration for the "father of the transistor." The following year, eight young scientists came from the eastern United States to Silicon Valley to join Shockley's laboratory. They were: N. Noyce, R. Moore, J. Blank, E. Kliner, J. Hoerni, J. Last, S. Roberts, and V. Grinich. They were all under 30 years old, in their prime, accomplished, and at the peak of their creative abilities. Among them were individuals with double doctorates, engineers from large corporations, and researchers and professors from prestigious universities—a gathering of the elite never before seen in the American West at the time. 29-year-old Noyce was the eldest of the eight and the most determined to "join" Shockley. Upon arriving in San Francisco, his first act was to spend all his savings to buy himself a place to live, deciding to settle there without considering the work environment, conditions, or compensation. The other seven young men had similar experiences coming to Silicon Valley.

Unfortunately, Shockley, a brilliant scientist, lacked business acumen; he was ambitious but clueless about management. Terman commented, "Shockley was a very attractive figure to talented young people, but they were difficult to work with." Within a year, the lab hadn't produced any decent products. The eight young men, without Shockley's knowledge, began planning their departure. Led by Noyce, they submitted their resignations to Shockley. Shockley, enraged, called them "The Traitorous Eight." The young men looked at each other, but still resolutely left the "mentor" who had drawn them there and brought them together. However, even Shockley himself later changed his tune, calling them "eight rebellious geniuses." In many books and publications in Silicon Valley, photos of the "Traitorous Eight" are considered to be on the same level as photos of HP's garage, possessing the same historical value.

Commonly used models are as follows: 10262, 10262B, 10262BE, 10262BEH, 10262BEHSC, 10262BEJT, 10262BET, 10262BH, 10262BHSC, 10262BJ, 10262BJU, 10262BR, 10262BT, 10262BU, 10262C, 10262CB, 10262CE, 10262CET, 10262CH, 10262CJ, 10262CL, 10262CR, 10262CT, 10262CU, 10262E, 10262EH, 10262EHJ 10262EHSC 10262EJ 10262EJN 10262EJSC 10262EN 10262ENT 10262ESC 10262ET 10262H 10262HJ 10262HJN 10262HN 10262HNSC 10262HSC 10262J 10262JL 10262JN 10262JNSC 10262JNT 10262JNU 10262JSC 10262JU 10262L 10262N 10262NT 10262NU 10262NUSC 10262P 10262R 10262RH 10262RU 10262SC 10262SCU 10262T 10262TU 10262U 10262X 10263 10263B 10263BE 10263BEH 10263BEHT 10263BH 10263BHSC 10263BJ 10263BT 10263C 10263CB 10263CH 10263CJ 10263CL 10263CR 10263CT 10263CU 10263E 10222BPJ 10222BPJSC 10222BPJT 10222BPJU 10222BPSC 10222BPT 10222BPU 10223BP 10223BPE 10223BPH 10223BPJ 10223BPJT 10223BPJTU 10223BPJU 10223BPT 10223BPTU 10223BPU 10224BP 10224BPH 10224BPJ 10224BPJT 10224BPT 10224BPTU 10224BPU 10232BP 10232BPA 10232BPASC 10232BPE 10232BPEJ 10232BPH 10232BPHJ 10232BPJ 10232BPJSC 10232BPJT 10232BPT 10232BPU 10233BP 10233BPJ 10233BPJSC 10233BPJT 10233BPJU 10233BPT 10233BPU 10234BP 10234BPA 10234BPJ 10234BPU 10242BP 10242BPA 10242BPEJ 10242BPH 10242BPHJ 10242BPJ 10242BPJU 10242BPSC 10242BPT 10242BPU 10243BP 10243BPEJ 10243BPJ 10243BPJT 10243BPJU 10243BPSC 10243BPT 10243BPU 10244BP 10244BPE 10244BPH 10244BPHJ, 10244BPJ, 10263BPJ, 10263BPJSC, 10263BPJU. Its main products include: ·FAIRCHILD air pressure regulators ·FAIRCHILD filter regulators ·FAIRCHILD M/P converters ·FAIRCHILD air volume boosters ·FAIRCHILD gas relays ·FAIRCHILD current-to-pressure converters ·FAIRCHILD voltage-to-pressure converters ·FAIRCHILD pressure-to-current converters. Fairchild Industrial Products Company is ISO 9001 certified. We are authorized to display the CE mark on our electric/pneumatic products. Many of our electric/pneumatic products are also approved by FM, CSA, ATEX, and SAA for intrinsic safety, explosion protection, and NEMA 4X (IP65) ratings. Our global distributors can provide local application support.

The company mainly deals in European and American brands and can source brands from any European country. For example, our key German brands include: BURKERT, DEMAG, HAWE, REXROTH, HYDAC, PILZ relays, FESTO, IFM sensors, E+H, HEIDENHAIN, P+F sensors, SICK, TURCK, and HIRSCHMANN industrial switches. German brands: Hengstler, Murr, Schmersal, Samson, EPRO (Emerson Group)

American brands: MOOG, ASCO, MAC, NUMATICS, PARKER, VICKERS

British brands: Helon Norgren

Italian brands: OMAL, ATOS, CAMOZZI, UNIVER, Camozzi