[[abstract]]A new gateless anti-fuse cell with 45nm CMOS fully compatible process has been developed for advanced programmable logic applications. This gateless anti-fuse cell processed by pure logic process and decoupled with logic gate oxide has a highly stable and five orders of on/off current window. It also exhibits superior program performance by only 5V operation with no more than 10μA programming current. This new nitride gateless anti-fuse cell is a very promising logic OTP solution with fully CMOS compatible process below 90nm node.[[fileno]]2030131030002[[department]]電機工程學
[[abstract]]This letter presents a new 2-bit/cell contact-gated one-time-programmable (OTP) device, ...
[[abstract]]A new CMOS-process-compatible programmable contact antifuse (PCAF) cell is presented in ...
[[abstract]]This study demonstrates a logic compatible p-channel self-aligned-nitride (SAN) cell for...
[[abstract]]This work proposes a new gateless one-time programmable (OTP) cell. This gateless OTP ce...
[[abstract]]A new fully CMOS process compatible anti-fuse device with programmable contact has been ...
[[abstract]]This brief proposes a new 45-nm erasable one-time programming cell with a self-aligned n...
[[abstract]]A novel one time programming (OTP) cell with a nitride-based storage has been developed ...
[[abstract]]A novel one time programming (OTP) cell with a nitride-based storage has been developed ...
[[abstract]]A new 45nm Multiple Time Programming (MTP) cell with self-aligned nitride storage node h...
[[abstract]]A multilevel oxide antifuse cell with programmable contact, fully compatible with a stan...
[[abstract]]A new 45 nm multiple time programming (MTP) cell with self-aligned nitride storage node ...
A diode based gate oxide anti-fuse one time programmable memory array in standard CMOS process witho...
[[abstract]]A new p-channel nitride-based one-time programmable (OTP) memory was developed for advan...
This letter describes the formation of one-time-programmable (OTP) memory using standard contact fus...
This letter describes the formation of one-time-programmable (OTP) memory using standard contact fus...
[[abstract]]This letter presents a new 2-bit/cell contact-gated one-time-programmable (OTP) device, ...
[[abstract]]A new CMOS-process-compatible programmable contact antifuse (PCAF) cell is presented in ...
[[abstract]]This study demonstrates a logic compatible p-channel self-aligned-nitride (SAN) cell for...
[[abstract]]This work proposes a new gateless one-time programmable (OTP) cell. This gateless OTP ce...
[[abstract]]A new fully CMOS process compatible anti-fuse device with programmable contact has been ...
[[abstract]]This brief proposes a new 45-nm erasable one-time programming cell with a self-aligned n...
[[abstract]]A novel one time programming (OTP) cell with a nitride-based storage has been developed ...
[[abstract]]A novel one time programming (OTP) cell with a nitride-based storage has been developed ...
[[abstract]]A new 45nm Multiple Time Programming (MTP) cell with self-aligned nitride storage node h...
[[abstract]]A multilevel oxide antifuse cell with programmable contact, fully compatible with a stan...
[[abstract]]A new 45 nm multiple time programming (MTP) cell with self-aligned nitride storage node ...
A diode based gate oxide anti-fuse one time programmable memory array in standard CMOS process witho...
[[abstract]]A new p-channel nitride-based one-time programmable (OTP) memory was developed for advan...
This letter describes the formation of one-time-programmable (OTP) memory using standard contact fus...
This letter describes the formation of one-time-programmable (OTP) memory using standard contact fus...
[[abstract]]This letter presents a new 2-bit/cell contact-gated one-time-programmable (OTP) device, ...
[[abstract]]A new CMOS-process-compatible programmable contact antifuse (PCAF) cell is presented in ...
[[abstract]]This study demonstrates a logic compatible p-channel self-aligned-nitride (SAN) cell for...